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• Deployment
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Fiber Distributed Data Interface Deployment
FDDI was considered an attractive
campus backbone network technology
in the early to mid 1990s since
existing Ethernet networks only
offered 10 Mbit/s data rates and token
ring networks only offered 4 Mbit/s or
16 Mbit/s rates
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Disk image Rapid deployment of clone systems
Large enterprises often need to buy or
replace new computer systems in large
numbers. Installing Operating System and
programs into each of them one by one
requires a lot of time and effort and has a
significant possibility of human error.
Therefore, system administrators use disk
imaging to quickly clone the fully prepared
software environment of a reference system.
This method saves time and effort and allows
administrators to focus on unique
distinctions that each system must bear.
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Disk image Rapid deployment of clone systems
There are several types of disk imaging
software available that use single
instancing technology to reduce the time,
bandwidth, and storage required to
capture and archive disk images. This
makes it possible to rebuild and transfer
information-rich disk images at lightning
speeds, which is a significant improvement
over the days when programmers spent
hours configuring each machine within an
organization.
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Fos Deployment
1
Fos is expected to be used primarily at
the workplace as a corporate to
coordinate team activities, track
projects, implement workflows and as
an Intranet , for example in academia.
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Fos Deployment
1
Fos (among other components) was
used in several research programs
including Data Integration Platform
for Systems Biology Collaborations,
an interactive data integration
platform supporting collaborative
research projects, based on Fos,
Solr/Lucene, and custom helper
applications.
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Integrated Services Digital Network International deployment
1
A study of the German Department of
Science shows the following spread of
ISDN-channels per 1000 inhabitants in
the year 2005:
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Apache CloudStack Deployment Architecture
1
The minimum production installation consists
of one machine running the CloudStack
Management Server and another machine to
act as the cloud infrastructure (in this case, a
very simple infrastructure consisting of one
host running hypervisor software). In its
smallest deployment, a single machine can
act as both the Management Server and the
hypervisor host (using the KVM hypervisor).
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Apache CloudStack Deployment Architecture
1
Multiple management servers can be
configured for redundancy and load
balancing, all pointing to a common
MySQL database.
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Private network Dedicated space for Carrier Grade NAT deployments
1
In April 2012, IANA allocated 100.64.0.0/10 for
use in carrier grade NAT scenarios in RFC 6598
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GNU Octave Deployments
1
In addition to use on desktops for personal
scientific computing, Octave is used in
academia and industry. For example,
Octave was used on a massive parallel
computer at Pittsburgh supercomputing
center to find vulnerabilities related to
guessing social security numbers.
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Amazon Web Services - Deployment
1
Amazon CloudFormation provides a file based
interface for provisioning other AWS resources.
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Amazon Web Services - Deployment
1
AWS Elastic Beanstalk provides quick deployment
and of applications in the cloud.
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Amazon Web Services - Deployment
1
AWS OpsWorks for
configuration of EC2
services using Chef.
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IPv6 - Deployment
However, despite a decade long
development and implementation history
as a Standards Track protocol, general
worldwide deployment is still in its infancy
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IPv6 - Deployment
IPv6 has been implemented on all major
Operating Systems in use in commercial,
business, and home consumer environments.
Since 2008, the domain name system can be
used in IPv6. IPv6 was first used in a major
world event during the 2008 Summer
Olympic Games, the largest showcase of
IPv6 technology since the inception of IPv6.
Some governments including the Federal
U.S. Government and China are also starting
to require IPv6 capability on their equipment.
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IPv6 - Deployment
1
In 2009, Verizon mandated IPv6 operation
and deprecated IPv4 as an optional
capability for cellular (LTE) hardware. TMobile USA followed suit. As of June
2012, T-Mobile USA supports external
IPv6 access.
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IPv6 deployment
Internet Protocol Version 6 (IPv6) is
the next generation of the Internet
Protocol that is in various stages of
deployment on the Internet. It was
designed as a replacement for the
current version, IPv4, that has been in
use since 1982 and is in the final
stages of exhausting its unallocated
address space.
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IPv6 deployment
1
Although Asia led in terms of absolute
deployment numbers, the relative
penetration was smaller (e.g., China:
0.24%).
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IPv6 deployment
1
In October 2011, 263 (85%) of the 294 toplevel domains (TLDs) in the Internet
supported IPv6 to access their domain
name servers, and 234 (76%) zones
contained IPv6 glue records, and
approximately 3.4 million domains (3%)
had IPv6 address records in their zones.
Of all networks in the global BGP routing
table, 12% have IPv6 protocol support.
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IPv6 deployment
1
By 2011 all major Operating Systems
in use on personal computers and
server systems had productionquality IPv6 implementations
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IPv6 deployment
1
Cellular telephone systems present a large
deployment field for Internet Protocol
devices as mobile telephone service is
making the transition from 3G to "nextgeneration" 4G technologies, in which
voice is provisioned as a Voice over
Internet Protocol (VoIP) service
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IPv6 deployment
In the early 2000s, governments
increasingly required support for IPv6 in
new equipment. The U.S. government, for
example, specified in 2005 that the
network backbones of all federal agencies
had to be upgraded to IPv6 by June 30,
2008; this was completed before the
deadline. The government of People's
Republic of China implemented a five-year
plan for deployment of IPv6 called the
China Next Generation Internet (see
below).
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IPv6 deployment
1
Major providers of Internet services, both
ISPs and content providers, also began to
implement IPv6 access into their products.
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IPv6 deployment - Deployment evaluation tools
1
A global view into the growing IPv6 routing
tables can be obtained with the SixXS
Ghost Route Hunter. This tool provides a
list of all allocated IPv6 prefixes and marks
with colors the ones that are actually being
announced into the Internet BGP tables.
When a prefix is announced, it means that
the ISP at least can receive IPv6 packets
for their prefix.
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IPv6 deployment - Deployment evaluation tools
1
The integration of IPv6 on existing network
infrastructures current at any time can also
be monitored from other sources, for
example:
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IPv6 deployment - IPv6 testing, evaluation, and certification
1
A few organizations are involved with
international IPv6 test and evaluation,
ranging from the United States
Department of Defense to the
University of New Hampshire.
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IPv6 deployment - IPv6 testing, evaluation, and certification
1
The US DoD Joint Interoperability Test
Command DoD IPv6 Product Certification
Program
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IPv6 deployment - IPv6 testing, evaluation, and certification
1
University of New Hampshire InterOperability
Laboratory involvement in the IPv6 Ready Logo
Program
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IPv6 deployment - Major milestones
1
1996 Alpha quality IPv6
support in Linux kernel
development version
2.1.8.
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IPv6 deployment - Major milestones
1
6bone (an IPv6 virtual
network for testing) is
started.
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IPv6 deployment - Major milestones
1
1997 By the end of 1997 IBM's AIX 4.3 is the
first commercial platform supporting IPv6.
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IPv6 deployment - Major milestones
1
Also in 1997, Early Adopter Kits for DEC's
Operating Systems, Tru64 and OpenVMS,
are made available.
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IPv6 deployment - Major milestones
1
1998 Microsoft Research releases its first
experimental IPv6 stack. This support is
not intended for use in a production
environment.
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IPv6 deployment - Major milestones
1999 In February, the IPv6 Forum is
founded by the IETF Deployment WG to
drive deployment worldwide. This results
in the creation of regional and local IPv6
Task Forces.
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IPv6 deployment - Major milestones
1
2000 Production-quality BSD support
for IPv6 becomes generally available
in early to mid-2000 in FreeBSD,
OpenBSD, and NetBSD via the KAME
project.
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IPv6 deployment - Major milestones
1
Sun Solaris supports IPv6 in Solaris
8 in February.
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IPv6 deployment - Major milestones
2001 In January,
Compaq ships IPv6
with OpenVMS.
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IPv6 deployment - Major milestones
1
Cisco Systems introduces IPv6
support on Cisco IOS routers and
L3 switches.
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IPv6 deployment - Major milestones
1
On April 23, 2001, the European Commission
launches the European IPv6 Task Force
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IPv6 deployment - Major milestones
2002 Microsoft Windows NT 4.0 and
Windows 2000 SP1 have limited IPv6
support for research and testing since at
least 2002.
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IPv6 deployment - Major milestones
1
Microsoft Windows XP (2001) supports
IPv6 for developmental purposes. In
Windows XP SP1 (2002) and Windows
Server 2003, IPv6 is included as a core
networking technology, suitable for
commercial deployment.
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IPv6 deployment - Major milestones
1
IBM z/OS supports IPv6 since version 1.4
(general availability in September 2002).
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IPv6 deployment - Major milestones
1
2003 Apple Mac OS X v10.3 "Panther" (2003)
supports IPv6 which is enabled by default.
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IPv6 deployment - Major milestones
2004 In July, ICANN announces that
IPv6 address records for the Japan (jp)
and Korea (kr) country code top-level
domain nameservers are visible in the
DNS root server zone files with serial
number 2004072000. The IPv6 records
for France (fr) are added later. This
makes IPv6 DNS publicly operational.
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IPv6 deployment - Major milestones
1
2005 Linux 2.6.12 removes
experimental status from its
IPv6 implementation.
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IPv6 deployment - Major milestones
1
2007 Microsoft Windows Vista (2007) supports
IPv6 which is enabled by default.
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IPv6 deployment - Major milestones
1
Apple's AirPort Extreme 802.11n base
station includes an IPv6 gateway in its
default configuration. It uses 6to4
tunneling and manually configured
static tunnels. (Note: 6to4 was disabled
by default in later firmware
revisions.)
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IPv6 deployment - Major milestones
1
2008 On February 4, 2008, IANA adds
AAAA records for the IPv6 addresses
of six root name servers. With this
transition, it is now possible to resolve
domain names using only IPv6.
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IPv6 deployment - Major milestones
On March 12, 2008, IETF does an hour
long IPv4 blackout at its meeting as an
opportunity to capture informal experience
data to inform protocol design work going
forward; this led to many fixes in Operating
Systems and applications.
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IPv6 deployment - Major milestones
On May 27, 2008, the European
Commission publish their Action Plan for
the deployment of Internet Protocol
version 6 (IPv6) in Europe, with the aim of
making IPv6 available to 25% of European
users by 2010.
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IPv6 deployment - Major milestones
1
2011 On June 8, 2011 the Internet Society
together with several other big companies
and organizations held World IPv6 Day, a
global 24 hour test of IPv6.
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IPv6 deployment - Major milestones
2012 On June 6, 2012 the Internet
Society together with many other big
companies and organizations held
World IPv6 Launch Day, a global
permanent deployment of IPv6.
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IPv6 deployment - Australia
1
AARNet completed network AARNet 3,
a high-speed network connecting
academic and research customers in
the major metropolitan centres, with
international links to major ISPs in
the US, Asia, and Europe. One of the
design goals was to support both IPv4
and IPv6 protocols equally. It also
supports multicast routing and jumbo
frames.
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IPv6 deployment - Australia
IPv6 Now Pty Ltd introduced the first
commercial-grade IPv6 tunnel broker
service in Australia on April 30, 2008. Also,
in June 2008, IPv6Now introduced the first
dual stacked (IPv4 & IPv6) web hosting
service.
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IPv6 deployment - Australia
1
Internode is the first commercial ISP
in Australia to have full IPv6
connectivity and make IPv6 available
to customers. The availability to
customers was officially announced to
Whirlpool on July 18, 2008.
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IPv6 deployment - Australia
The Victorian State Government
granted A$350,000 to establish an IPv6
testbed network (VIC6) freely available
to industry to evaluate their IPv6
products and strategies.
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IPv6 deployment - Australia
Telstra announced on 5 September
2011 that their backbone network was
fully double-stacked and that they had
commenced providing its enterprise,
government and wholesale customers
with IPv6 connectivity, and helping
customers through the transition.
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IPv6 deployment - Belgium
On July 13. 2010, native IPv6 over
UMTS/GPRS was successfully tested
in Belgium and The Netherlands
within a vehicle platform as an
Intelligent transportation system
solution. The test was performed both
in gsm and in tethering mode using a
Nokia smart-phone. This test was
performed by Logica Netherlands
within the SPITS project, in
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IPv6 deployment - Belgium
1
Since September 2003 research and government
ISP Belnet offers native IPV6 to all customers.
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IPv6 deployment - Belgium
1
VOO A large residential ISP (cable) started
its transition in April 2013 leading to
impressive growth in IPv6 in Belgium
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IPv6 deployment - Canada
1
At this time, IPv6 deployment is slow but
ongoing, with major western Canadian
ISPs (notably Shaw Communications,
Distributel and TELUS) lacking in support
for its residential customers, and the
majority of their business customers
(including server packages).
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IPv6 deployment - Canada
1
Fibrenoire, a Canadian Metro Ethernet
fibre network operating in Quebec and
Ontario, has been providing native IPv6
connectivity since 2009.
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IPv6 deployment - Canada
1
TekSavvy has deployed their own IPv6
network to customers as a Beta. This
service is strictly on an opt-in basis.
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IPv6 deployment - Canada
Videotron has deployed
their own IPv6 network to
customers as a beta
service
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IPv6 deployment - China
1
The deployment of IPv6 was widespread
in all related applications, from data
networking and camera transmissions for
sporting events, to civil applications, such
as security cameras and taxis
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IPv6 deployment - China
Also, the CERNET (China Education and
Research NETwork, 中国教育和科研计算机网
, 教育网) set up native IPv6 (CERNET2), and
since then many academic institutions in
China joined CERNET2 for IPv6 connectivity.
CERNET-2 is probably the widest
deployment of IPv6 in China. It is managed
and operated jointly by 25 universities.
Students in Shanghai Jiao Tong University
and Beijing University of Posts and
Telecommunications, for example, get native
IPv6.
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IPv6 deployment - Finland
FICORA (Finnish Communications
Regulatory Authority), the NIC for the .fi
top level domain, has added IPv6 address
to DNS servers, and allows entering IPv6
address when registering domains. The
registration service domain.fi for new
domains is also available over IPv6.
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IPv6 deployment - Finland
1
Nebula, a Finnish ISP
offers IPv6 access
since 2007
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IPv6 deployment - France
Renater, the French national
academical network, is offering IPv6
connectivity including multicast
support to their members.
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IPv6 deployment - France
1
Free, a major French ISP,
rolled-out IPv6 at end of
year 2007.
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IPv6 deployment - France
1
Orange: official support could be gone during 2013 2014.[not in citation given]
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IPv6 deployment - France
1
Numericable since 2012 with a
specific subscription
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IPv6 deployment - France
1
Bouygues Telecom may be
in the end 2012
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IPv6 deployment - Germany
1
M-net, a regional carrier and ISP, offers
an IPv6 PoP and native IPv6 (currently
beta, add @v6.mnet-online.de to your
username) for their customers.
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IPv6 deployment - Germany
1
The 6WIN backbone network by the JOIN
Team offers full native IPv6 support for
their participants. Many scientific networks
in Germany, like the Munich Scientific
Network (MWN) operated by LeibnizRechenzentrum, are connected to this
network.
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IPv6 deployment - Germany
According to a list maintained by the
SiXXS project, there are about seven
providers who offer native IPv6 or
combined native IPv6/native IPv4connectivity over the T-DSL network at the
end of 2009.
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IPv6 deployment - Germany
1
Deutsche Telekom started rolling out IPv6
for new All-IP T-DSL customers in
September 2012. The overall deployment
rate was 2.75% by 15th April 2013.
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IPv6 deployment - Germany
1
Regional carrier and ISP NetCologne has
begun offering native IPv6 to its customers
in a field test. Users wanting to participate
can do so by sending an email request to
customer services
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IPv6 deployment - Hungary
1
In Hungary Externet was the first ISP
starting deploying IPv6 on its network in
2008 August. The service was
commercially available since 2009 May.
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IPv6 deployment - Hungary
1
Magyar Telekom was running tests on
its production environments since the
beginning of 2009. Free customer
trials started on November 2, 2009 for
those on ADSL or Fiber Optic.
Customers are given a /128 via DHCPND unless they register their DUID in
which case they receive a /56 - using a
static configuration results in a single
/64.
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IPv6 deployment - Hungary
According to information on
telecompaper.com, UPC Hungary will start
deploying IPv6 in mid-2013, finishing it in
2013.
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IPv6 deployment - Hungary
1
So far no other Hungarian
ISP offers IPv6
connectivity.
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IPv6 deployment - India
Department of Telecommunications, of
Government of India is running a program
for adoption of IPv6 in the Government
network.
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IPv6 deployment - India
1
TEC (Telecommunication Engineering Center) is
writing specification for IPv6 certification.
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IPv6 deployment - India
Sify Technologies Limited, a private
Internet service provider, rolled out IPv6
in 2005. Sify has a dual-stack network
that supports commercial services on
IPv6 transport for its enterprise
customers. Sify is a sponsored member
of 6Choice, a project by India-Europe
cooperation to promote IPv6 adoption.
Sify is the first to launch a dual-stack
commercial portal http://sify.com.
Users were notified about the version of
IP they use when they are accessing the
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IPv6 deployment - India
ERNET - The Indian Education and
Research Network, Department of
Electronics & IT, Government of India is
providing dual stack networks from 2006
onwards and has been part of many EU
funded initiative such as 6Choice,
6lowpan, Myfire, GEANT etc
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IPv6 deployment - Japan
1
Telecommunications company NTT
announces itself as the world's first
ISP to offer public availability of IPv6
services in March 2000.
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IPv6 deployment - Luxembourg
RESTENA, the national research and
education network, has been running IPv6
for a number of years. It is connected to
the European GEANT2 network. In
addition, it runs one of the country Internet
exchanges, which supports IPv6 peering.
RESTENA also runs the .lu top level
domain, which also supports IPv6.
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IPv6 deployment - Luxembourg
P&T Luxembourg, main telecom and
Internet service providers, has
announced they have production
quality IPv6 connectivity since January
2009, with the first professional
customers being connected as of
September 2009. Deployment of IPv6 to
residential customers is expected to
take place in 2010.
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IPv6 deployment - Netherlands
SURFnet, maintainer of the Dutch
academical network SURFnet,
introduced IPv6 to its network 1997, in
the beginning using IPv6-to-IPv4
tunnels. Its backbone is entirely
running dual-stack, supporting both
native IPv4 and IPv6 to most of its
users.
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IPv6 deployment - Netherlands
XS4All is a major Dutch ISP. In 2002
XS4All was the first Dutch broadband
provider to introduce IPv6 to its network,
but it has only been experimental. In May
2009 the provider provided the first native
IPv6 DSL connections. As of August 2010
native IPv6 DSL connections became
available to almost all their customers.
Since June 2012 native IPv6 is enabled by
default for all new customers.
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IPv6 deployment - Netherlands
1
Business-orientated Internet provider BIT
BV has been providing IPv6 to all their
customers (DSL, FTTH, colocated) since
2004.
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IPv6 deployment - Netherlands
1
SixXS has two private Dutch founders and
has been partnering with IPv6 Internet
service providers in many countries to
provide IPv6 connectivity via IP tunnels to
users worldwide since 2000. It started out
as IPng.nl with a predominantly Dutch
user base and reorganized as SixXS to be
able to reach users internationally and be
diversified in ISP support. SixXS also
provides various other related services
and software which contributed
significantly to IPv6 adoption and
operation globally.
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IPv6 deployment - Netherlands
1
Business ISP Introweb provides an IPv6only 8 Mbit/s ADSL connection for 6 euro
per month to 100 customers as a pilot,
both for companies to learn how to adapt
to IPv6 as for themselves in working on a
fully IPv6 enabled network.
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IPv6 deployment - Netherlands
Signet is the first ISP in the country
which provides IPv6 connectivity
together with IPv4 on multiple national
fiber networks (Eurofiber, Glasvezel
Eindhoven, BRE, Glasnet Veghel,
Ziggo, and Fiber Port).
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IPv6 deployment - Netherlands
1
Most Dutch hosting companies, including
the biggest one, Leaseweb, support IPv6,
but customers by default get only IPv4
address.
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IPv6 deployment - Netherlands
1
Several government sites (such as
Rijksoverheid.nl) are available via
IPv6.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
1
Surveys conducted by the New Zealand
IPv6 Task Force indicate that awareness
of IPv6 has reached a near universal level
among New Zealand’s large public and
private sector organisations, with adoption
mostly occurring as part of normal network
refresh cycles
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
1
Massey University has enabled IPv6 on its
border and core campus routers. Its
central network services, including DNS,
external email and NTP are also enabled.
Massey’s main website is IPv6-enabled
and remote login to some servers and
network equipment also support IPv6 for
systems administration and networking
staff.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
1
IPv6 has been enabled on
15 websites hosted at
Tauranga City Council
(TCC)
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
The University of Auckland IT Services
team has partially deployed IPv6, in
collaboration with the Science Faculty and
the Computer Science Department. It has
IPv6 connectivity via KAREN and its
commercial ISP. Computer Science is fully
dual-stacked; IPv6 has been used in
undergraduate laboratory assignments
and for post-graduate projects.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
New Zealand data centre and Internet
services firm Unleash provides native,
wholesale and business grade IPv6 transit
nationwide, as well as operating both 6to4
and Teredo relays on its network.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
1
Auckland-based ISP WorldxChange
Communications has had dual-stack
since 2008. It has started providing
residential customers with dual (IPv4
and IPv6) service using DHCPv6, on a
trial basis.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
Government Technology Services, a
business group of the Department of
Internal Affairs (DIA), has an IPv6 website
as a proof of concept to demonstrate how
New Zealand government websites can be
made accessible to the IPv6 Internet.
Government Technology Services has also
set up an IPv6 address schema.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
South Island-based Internet Service
Provider Snap Internet provides native
IPv6 connectivity for all its customers.
Its network is fully IPv6-enabled, with
the IPv6 service running alongside
Snap’s normal IPv4 connectivity.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
New Zealand Internet Backbone
Provider FX Networks offers native IPv6
support for its customers. It is a full
production service with parallel dual
stack support for both IPv4 and IPv6.
FX also supports IPv6 transport on its
private IP enterprise WAN service.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
1
Internet Service Provider DTS's transit, managed
and hosting services are fully IPv6 capable.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - New Zealand
Trans-Tasman service provider Vocus
Communications offers full dual-stack IP
transit services.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Philippines
The government is in process of
upgrading its facilities. Globe
Telecom has already set in motion the
transition of its core IP network to
IPv6, noting that it is now fully
prepared even as the Internet runs out
of IPv4 addresses. Globe claims it is
the first local telecommunication
company to test IPv6 with Department
of Science and Technology
(Philippines). In some cases, like test
networks or users, IPv6 or both maybe
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Poland
The Polish national research and
education network began an IPv6 trial
period in 2002. As for now native IPv6
connectivity is available to numerous
educational and private clients connected
via citywide networks operated by local
universities.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Poland
1
Polish Internet Exchange, a commercial
and carrier-neutral Internet traffic
exchange point, has facilitated IPv6
peering between numerous operators
since 2008.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Poland
1
Orange Polska - (mobile operator)
March 2013 launched mobile access
to the Internet via IPv6 protocol for
their subscribers.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Romania
As of June 2012, the ISP named
RCS&RDS offers dual stack IPv4/IPv6
PPPoE services to current home users
using modern versions of Microsoft
Windows, Mac OS X, Linux and other
IPv6-ready devices. More than 1
million RCS & RDS residential
customers can now use native IPv6 on
a dual stack PPPoE connection and
20% already do.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Sweden
1
Bahnhof offers IPv6 to
both consumers and
businesses.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Sweden
1
Operators offering native IPv6 access for business
clients and collocation customers include:
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United Kingdom
1
JANET, the UK's education and research
network, introduced IPv6 unicast support
into its service level agreement in 2008.
Several major UK universities (e.g.,
Cambridge) upgraded their campus
routing infrastructure to provide IPv6
unicast support to their users.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United Kingdom
1
Andrews & Arnold launched a native (nontunneled) IPv6 service in October 2005
and offer IPv6 by default
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United Kingdom
1
The UK Government started to replace
much of its Government Secure
Intranet (a Wide Area Network) with a
new Public Services Network (PSN) in
late 2009. The aspiration was to deploy
using IPv6 and support IPv4. The
implementation is based on IPv4 but
suppliers must be capable of
supporting IPv6.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
As with IPv4, the Department of
Defense holds a larger IPv6 allocation
than any other entity, a /13 block,
enough to create almost 9 trillion
(9×1012) local area networks, and 64
times as many as the next largest
entity.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
1
Hurricane Electric (AS6939), a Fremont,
California Internet backbone and
colocation provider, was an early IPv6
adopter and maintains a native IPv6
backbone and as of 2008 was one of the
largest IPv6 connectivity and hosting
providers in the United States. It was the
first IPv6 backbone operator in the world
to reach 200 IPv6 BGP adjacencies.
Through its IPv6 tunnel broker service,
Hurricane also provides free IPv6
connectivity to users in the United States
and in several .
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
1
Sonic.net, a Santa Rosa, Californiabased Internet provider, offers partial
support for IPv6. They assign a /60 to
any customer requesting address
space and deliver the IPv6 packets
over a 6in4 tunnel. The RDNS
authoritative servers for the assigned
IPv6 space do answer IPv6 requests,
but the recursive DNS servers
provided for customer use are IPv4https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
1
AT&T started testing their networks with
IPv6 in 2006 and started rolling out IPv6 to
customers with compatible CPEs in Q4
2011.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
1
Time Warner Cable was conducting IPv6 trials for
their customers from September 2011.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
U.S. Department of Education (ED)
became the first cabinet-level agency
to deploy IPv6 on its DNS services
across its 17 .gov domains on August
5, 2012.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
Google Fiber
launched with IPv6
support in 2012
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
Charter Communications offers IPv6
access to all of its customers via a
freely accessible IPv6 rapid deployment
server since at least March of 2012.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - United States
1
Verizon Wireless the largest US Mobile
operator is also the leading deployer of
IPv6. As of September 2013, over 33% of
all users on Verizon also had IPv6.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - Other countries
Bulgaria has constructed a research
center to study the possibilities of adopting
IPv6 in the country. The center is to
operate alongside another facility, which is
equipped with an IBM Blue Gene/P
supercomputer.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - World IPv6 Day
1
The Internet Society promoted June 8,
2011, as "World IPv6 Day". The event
was described as a "test drive" for full
IPv6 rollouts.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 deployment - World IPv6 Launch
1
The Internet Society declared June 6,
2012 to be the date for "World IPv6
Launch", with participating major
websites enabling IPv6 permanently,
participating ISPs offering IPv6
connectivity, and participating router
manufacturers offering devices
enabled for IPv6 by default.
https://store.theartofservice.com/the-deployment-toolkit.html
StatusNet - Notable deployments
StatusNet has been
deployed on several dozen
public services.
1
https://store.theartofservice.com/the-deployment-toolkit.html
StatusNet - Notable deployments
The first StatusNet (as Laconica)
deployment was the Identi.ca openmicroblogging service. Hosted by
StatusNet creators StatusNet Inc.,
Identi.ca offered free accounts to the
public and serves as the co-flagship (along
with freelish.us) for the installable version
of StatusNet. The site has migrated to
pump.io.
1
https://store.theartofservice.com/the-deployment-toolkit.html
StatusNet - Notable deployments
1
Another popular instance of
StatusNet was This Week in
Tech's TWiT Army.
https://store.theartofservice.com/the-deployment-toolkit.html
StatusNet - Notable deployments
1
Many active StatusNet servers remain, including
freesocial.org and quitter.se.
https://store.theartofservice.com/the-deployment-toolkit.html
Compiz - Deployments
Compiz or Beryl have usually been
deployed on Linux and other X11-based
Unix-like platforms together with GNOME
2 and KDE 3. Since version 4.2, however,
KDE’s own KWin ships with capabilities
similar to Compiz. As such, KWin is
usually deployed by default.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Compiz - Deployments
Since version 3.0 GNOME defaults to
GNOME Shell which is built as a plugin
to the Mutter compositing window
manager. This means Compiz cannot be
used in conjunction with GNOME Shell.
As a result distributors usually no longer
configure GNOME to use Compiz by
default: openSUSE ships GNOME Shell as
default GNOME environment since
version 12.1, Fedora since version 15.
Fedora even completely deprecated
Compiz from Fedora 17 onward.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Compiz - Deployments
Ubuntu 6.06 LTS and later included
Compiz in the universe repository. A
limited version was included by default as
“Desktop Effects” in Ubuntu 7.04. Since
Ubuntu 7.10, Compiz Fusion is enabled by
default. Unlike other GNOME-centric
distributors, Canonical has not adopted
GNOME Shell and has instead developed
Unity as a new user interface, which is
written as a plugin for Compiz.
1
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Deployment
1
MySQL can be built and installed manually
from source code, but this can be tedious
so it is more commonly installed from a
binary package unless special
customizations are required. On most
Linux distributions the package
management system can download and
install MySQL with minimal effort, though
further configuration is often required to
adjust security and optimization settings.
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Deployment
Though MySQL began as a low-end
alternative to more powerful proprietary
databases, it has gradually evolved to
support higher-scale needs as well. It is
still most commonly used in small to
medium scale single-server
deployments, either as a component in
a LAMP (software bundle)|LAMP-based
web application or as a standalone
database server. Much of MySQL's
1
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Deployment
1
In the medium range, MySQL can be
scaled by deploying it on more
powerful hardware, such as a multiprocessor server with gigabytes of
memory.
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Deployment
There are however limits to how far
performance can scale on a single server
('scaling up'), so on larger scales, multiserver MySQL ('scaling out') deployments
are required to provide improved
performance and reliability
1
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Cloud deployment
MySQL can also be run on cloud
computing platforms such as Amazon
EC2. Listed below are some common
deployment models for MySQL on the
cloud:
1
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Cloud deployment
1
* Virtual Machine Image - cloud users can
upload a machine image of their own with
MySQL installed, or use a ready-made
machine image with an optimized
installation of MySQL on it, such as the
one provided by Amazon EC2.
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Cloud deployment
* MySQL as a Service some cloud platforms offer
MySQL as a service
1
https://store.theartofservice.com/the-deployment-toolkit.html
MySQL - Cloud deployment
1
* Managed MySQL cloud hosting - the
database is not offered as a service,
but the cloud provider hosts the
database and manages it on the
application owner's behalf. As of 2011,
of the major cloud providers, only
Terremark and Rackspace offer
managed hosting for MySQL
databases.
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
The Document Foundation estimated
in September 2011 that there were 10
million users worldwide who had
obtained LibreOffice via downloads or
CD-ROMs
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
LibreOffice has seen
various mass deployments
since its inception:
1
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
In 2003-2004, the Brazilian
corporation Serpro started migrating
its software to BrOffice (the local
version of LibreOffice at the time),
with estimated value of BRL 3.5B
(approximately USD 1.2B at the time),
and became a case study for similar
initiatives in Brazil, particularly in egovernment.
1
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
In 2010, the Irish city of Limerick gradually
started migrating to open-source solutions
to free itself from vendor lock-in and
improve its purchase negotiation power.
One of the key aspects of this move has
been the use of LibreOffice.
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
In 2011, the administrative authority of the
Île-de-France region (which includes the
city of Paris) included LibreOffice in a USB
flash drive given to students which
contains free open source software. The
USB flash drive is given to approximately
800,000 students.
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
In 2011, it was announced that thirteen
hospitals of the Copenhagen region would
gradually switch to LibreOffice, affecting
"almost all of the 25,000 workers".
1
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
In 2012, the Greek city of PylaiaChortiatis migrated its PCs to use
LibreOffice. The local Linux User
Group estimated cost savings to be at
least 70,000 euros.
1
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
In July 2012, the Spanish city of Las
Palmas switched its 1200 PCs to using
LibreOffice, citing cost savings of
€400,000.
1
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
In 2012, the administration of Umbria,
Italy, started a project to migrate an
initial group of 5000 civil workers to
LibreOffice.
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
The U.S. city of Largo has been a longtime user of open-source software
using Linux thin clients. Originally
using OpenOffice.org, the city of
Largo switched to LibreOffice in 2013.
https://store.theartofservice.com/the-deployment-toolkit.html
LibreOffice - Users and deployments
1
In June 2013, the government of the
Italian province of South Tyrol will be
switching 7000 PCs in administration
and "many more thousands" PCs in
health services using LibreOffice and
ODF.
https://store.theartofservice.com/the-deployment-toolkit.html
Ruby on Rails - Deployment
Ruby on Rails is often installed using
RubyGems, a package manager which is
included with current versions of Ruby.
Many free Unix-like systems also support
installation of Ruby on Rails and its
dependencies through their native
package management system.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Ruby on Rails - Deployment
1
Ruby on Rails is typically deployed with a
database server such as MySQL or
PostgreSQL, and a web server such as
Apache running the Phusion Passenger
module.
https://store.theartofservice.com/the-deployment-toolkit.html
Ruby on Rails - Deployment
1
There are many Ruby on Rails web
hosting services such as Heroku,
Ninefold, Engine Yard and TextDrive.
https://store.theartofservice.com/the-deployment-toolkit.html
TD-SCDMA - Deployment and usage
On February 15, 2006, a timeline for
deployment of the network in China was
announced, stating pre-commercial trials
would take place starting after completion
of a number of test networks in select
cities
1
https://store.theartofservice.com/the-deployment-toolkit.html
TD-SCDMA - Deployment and usage
1
The standard has been adopted by 3GPP since Rel4, known as "UTRA TDD 1.28Mbps Option".
https://store.theartofservice.com/the-deployment-toolkit.html
TD-SCDMA - Deployment and usage
1
On March 28, 2008, China Mobile Group
announced TD-SCDMA "commercial trials"
for 60,000 test users in eight cities from
April 1, 2008. Networks using other 3G
standards (WCDMA and CDMA2000
EV/DO) had still not been launched in
China, as these were delayed until TDSCDMA was ready for commercial launch.
https://store.theartofservice.com/the-deployment-toolkit.html
TD-SCDMA - Deployment and usage
1
In January 2009 the Ministry of Industry
and Information Technology (MIIT) in
China took the unusual step of assigning
licences for 3 different third-generation
mobile phone standards to three carriers
in a long-awaited step that is expected to
prompt $41 billion in spending on new
equipment
https://store.theartofservice.com/the-deployment-toolkit.html
Solar sail - Sail deployment tests
1
NASA has successfully tested deployment
technologies on small scale sails in vacuum
chambers.
https://store.theartofservice.com/the-deployment-toolkit.html
Solar sail - Sail deployment tests
1
On February 4, 1993, the Znamya 2, a 20meter wide aluminized-mylar reflector, was
successfully deployed from the Russian
Mir space station. Although the
deployment succeeded, propulsion was
not demonstrated. A second test, Znamya
2.5, failed to deploy properly.
https://store.theartofservice.com/the-deployment-toolkit.html
Solar sail - Sail deployment tests
1
In 1999, a full-scale deployment of a solar sail was
tested on the ground at DLR/ESA in Cologne.
https://store.theartofservice.com/the-deployment-toolkit.html
Solar sail - Sail deployment tests
1
On August 9, 2004, the Japanese ISAS
successfully deployed two prototype
solar sails from a sounding rocket. A
clover-shaped sail was deployed at 122
km altitude and a fan-shaped sail was
deployed at 169 km altitude. Both sails
used 7.5-micrometer film. The
experiment purely tested the
deployment mechanisms, not
propulsion.
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
Enel
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
Austin, Texas. In the US, the city of
Austin, Texas has been working on
building its smart grid since 2003, when
its utility first replaced 1/3 of its manual
meters with smart meters that
communicate via a wireless mesh
network. It currently manages 200,000
devices real-time (smart meters, smart
thermostats, and sensors across its
service area), and expects to be
supporting 500,000 devices real-time in
2009 servicing 1 million consumers and
43,000 businesses.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
Boulder, Colorado completed the first
phase of its smart grid project in
August 2008. Both systems use the
smart meter as a gateway to the home
automation network (HAN) that
controls smart sockets and devices.
Some HAN designers favor decoupling
control functions from the meter, out
of concern of future mismatches with
new standards and technologies
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
Hydro One, in Ontario, Canada is in the
midst of a large-scale Smart Grid initiative,
deploying a standards-compliant
communications infrastructure from
Trilliant. By the end of 2010, the system
will serve 1.3 million customers in the
province of Ontario. The initiative won the
"Best AMR Initiative in North America"
award from the Utility Planning Network.
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
The City of Mannheim in Germany is using
realtime Broadband Powerline (BPL)
communications in its Model City
Mannheim "MoMa" project
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
Adelaide in Australia also plans to
implement a localised green Smart Grid
electricity network in the Tonsely Park
redvelopment.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
Évora
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
In the so-called E-Energy projects
several German utilities are creating
first nucleolus in six independent
model regions. A technology
competition identified this model
regions to carry out research and
development activities with the main
objective to create an "Internet of
Energy"
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
One of the first attempted deployments of
"smart grid" technologies in the United
States was rejected in 2009 by electricity
regulators in the Commonwealth of
Massachusetts, a US state
https://store.theartofservice.com/the-deployment-toolkit.html
Smart grid - Deployments and attempted deployments
1
In the Netherlands a large scale project
(>5000 connections, >20 partners) was
initiated to demonstrate integrated smart
grids technologies, services and business
cases.
https://store.theartofservice.com/the-deployment-toolkit.html
Near field communication - Deployment
1
List of applications of near field
communication
https://store.theartofservice.com/the-deployment-toolkit.html
Near field communication - Deployment
1
As of April 2011, several hundred NFC
trials have been conducted. Some firms
have moved to full-scale service
deployments, spanning either a single
country or multiple countries. Multicountry deployments include Orange's
rollout of NFC technology to banks,
retailers, transport, and service
providers in multiple European
countries, and Airtel Africa and
https://store.theartofservice.com/the-deployment-toolkit.html
Multiprotocol Label Switching - Deployment
1
MPLS is currently (as of March 2012) in
use in IP-only networks and is
standardized by the IETF in RFC 3031.
It is deployed to connect as few as two
facilities to very large deployments. For
example, in the retail sector, it is not
uncommon to see deployments of 2000
to 5000 locations to communicate
transaction data to a headquarters data
center.
https://store.theartofservice.com/the-deployment-toolkit.html
Multiprotocol Label Switching - Deployment
In practice, MPLS is mainly used to
forward IP protocol data units (PDUs) and
Virtual Private LAN Service (VPLS)
Ethernet traffic. Major applications of
MPLS are telecommunications traffic
engineering, MPLS VPN and MPLS VPLS.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Common Management Information Protocol - Deployment
1
CMIP is implemented in association
with the ACSE and ROSE protocols.
Both are Layer 7 OSI protocols
(Application Layer). ACSE is used to
manage associations between
management applications (i.e.
manage connections between CMIP
agents). ROSE is employed for all data
exchange interactions. Besides the
presence of these Layer 7 protocols,
https://store.theartofservice.com/the-deployment-toolkit.html
Common Management Information Protocol - Deployment
There have been some attempts to
adapt CMIP to the TCP/IP protocol
stack. Most notable is CMOT
contained in RFC 1189 (detailing
CMIP over TCP). Other possibilities
include RFC 1006 (which provides an
ISO transport service on top of TCP),
and CMIP over LPP (a presentation
layer protocol that can run on top of
TCP or UDP).
1
https://store.theartofservice.com/the-deployment-toolkit.html
Common Management Information Protocol - Deployment
There is also a form of CMIS that is
developed to operate directly on top of
the LLC sublayer. It is called the
LAN/MAN Management Protocol
(LMMP), formerly it was the Common
Management Information Services
and Protocol over IEEE 802 Logical
Link Control (CMOL). This protocol
does away with the need for the OSI
stack as is the case with CMIP.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Concentrated solar power - Deployment around the world
1
The commercial deployment of CSP
plants started by 1984 in the US with
the SEGS plants until 1990 when the
last SEGS plant was completed. From
1991 to 2005 no CSP plants were built
anywhere in the world.
https://store.theartofservice.com/the-deployment-toolkit.html
Biometrics - Governments are unlikely to disclose full capabilities of biometric
deployments
1
Certain members of the civilian community
are worried about how biometric data is
used but full disclosure may not be
forthcoming
https://store.theartofservice.com/the-deployment-toolkit.html
Cable television - Cable television deployments
It is mostly available in North America,
Europe, Australia and East Asia, and less
so in South America and the Middle East.
Cable TV has had little success in Africa,
as it is not cost-effective to lay cables in
sparsely populated areas. So-called
"wireless cable" or microwave-based
systems are used instead.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Web conferencing - Deployment models
An appliance, unlike the online hosted
solution, it is offered as hardware. It is also
known as "in-house" or "on-premise" web
conferencing. It is used to conduct live
meetings, remote training, or
presentations via the Internet.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Sonic weapon - Usage and deployment
Extremely high-power sound waves
can disrupt and/or destroy the
eardrums of a target and cause severe
pain or disorientation. This is usually
sufficient to incapacitate a person.
Less powerful sound waves can cause
humans to experience nausea or
discomfort. The use of these
frequencies to incapacitate persons
has occurred both in counter-terrorist
1
https://store.theartofservice.com/the-deployment-toolkit.html
Sonic weapon - Usage and deployment
1
The possibility of a device that produces
frequency that causes vibration of the
eyeballs — and therefore distortion of
vision — was apparently confirmed by the
work of engineer Vic Tandy while
attempting to demystify a “haunting” in his
laboratory in Coventry. This “spook” was
characterised by a feeling of unease and
vague glimpses of a grey apparition. Some
detective work implicated a newly installed
https://store.theartofservice.com/the-deployment-toolkit.html
Sonic weapon - Usage and deployment
1
A long-range acoustic device has been
used by the crew of the cruise ship
Seabourn Spirit to deter pirates who
chased and attacked the ship
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Sonic weapon - Usage and deployment
High-amplitude sound of a specific
pattern at a frequency close to the
sensitivity peak of human hearing (2-3
kHz) is used as a burglar deterrent.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Sonic weapon - Usage and deployment
1
Some police forces have used sound
cannons against protesters, for
example during the G20 summit in
Pittsburgh.
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Software development process - Deployment and maintenance
1
Deployment starts directly after the code is
appropriately tested, approved for release,
and sold or otherwise distributed into a
production environment. This may involve
installation, customization (such as by
setting parameters to the customer's
values), testing, and possibly an extended
period of evaluation.
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Software development process - Deployment and maintenance
1
Software training and support is important, as
software is only effective if it is used correctly.
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Software development process - Deployment and maintenance
1
Maintaining and enhancing software to
cope with newly discovered faults or
requirements can take substantial time
and effort, as missed requirements may
force redesign of the software.
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ISO 29110 - Deployment Packages
1
The Deployment Packages, described
below, have been developed to help
implement the processes of the Generic
Profile Group
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ISO 29110 - Deployment Packages
1
Deployment Packages are designed
such that a VSE can implement its
content, without having to implement
the complete framework at the same
time.
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ISO 29110 - Deployment Packages
1
4. Overview of Processes,
Activities, Tasks, Roles and
Products
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ISO 29110 - Deployment Packages
1
5. Description of
Processes,
Activities, Tasks,
Steps, Roles and
Products
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ISO 29110 - Deployment Packages
1
12. Evaluation Form
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ISO 29110 - Deployment Packages
1
The software Basic Profile describes
development of a single application by
a single project team with no special
risk or situational factors. The set of
DPs for the software Basic Profile is
illustrated in figure 2.
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ISO 29110 - Deployment Packages
1
A set of DPs to support the Systems
Engineering is under development in
collaboration with members of
INCOSE as illustrated in the figure
below.
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ISO 29110 - Deployment Packages
1
Deployment packages as well as other
support material, such as a plug-in,
are available at no cost on Internet .
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W3C Geolocation API - Deployment in web browsers
1
Web pages can use the Geolocation API
directly if the web browser implements it.
Historically, some browsers could gain
support via the Google Gears plugin but
this was discontinued in 2010 and the
server-side API it depended on stopped
responding in 2012.
https://store.theartofservice.com/the-deployment-toolkit.html
W3C Geolocation API - Deployment in web browsers
1
The Geolocation API is ideally suited
to web applications for mobile devices
such as personal digital assistants
(PDA) and smartphones
https://store.theartofservice.com/the-deployment-toolkit.html
W3C Geolocation API - Deployment in web browsers
Google Gears provided geolocation
support for older and non-compliant
browsers, including Internet Explorer 7.0+
as a Gears plugin, and Google Chrome
which implemented Gears natively. It also
supported geolocation on mobile devices
as a plugin for the Android browser (pre
version 2.0) and Opera Mobile for
Windows Mobile. The Google Gears
Geolocation API is incompatible with the
1
https://store.theartofservice.com/the-deployment-toolkit.html
CYCLADES - Conception and deployment
1
Design and staffing started in 1972, and
November 1973 saw the first
demonstration, using three hosts and one
packet switch. Deployment continued in
1974, with three packet switches installed
by February, although at that point the
network was only operational for three
hours each day. By June the network was
up to seven switches, and was available
throughout the day for experimental use.
https://store.theartofservice.com/the-deployment-toolkit.html
CYCLADES - Conception and deployment
A terminal concentrator was also
developed that year, since time-sharing
was still a prevalent mode of computer
use. In 1975, the network shrank slightly
due to budgetary constraints, but the
setback was only temporary. At that point,
the network provided remote login, remote
batch and file transfer user application
services.
1
https://store.theartofservice.com/the-deployment-toolkit.html
CYCLADES - Conception and deployment
By 1976 the network was in full
deployment, eventually numbering 20
nodes with connections to NPL in
London, ESA in Rome, and to the
European Informatics Network (EIN).
1
https://store.theartofservice.com/the-deployment-toolkit.html
Asynchronous Transfer Mode - Deployment
1
ATM became popular with telephone companies and
many computer makers in the 1990s
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Windows Azure - Deployment in Ireland
1
As of July 2010, Microsoft had completed
6,000 installations of Azure in Ireland.
Executives at Microsoft hoped that this
figure would rise to 100,000 installations
by 2011.
https://store.theartofservice.com/the-deployment-toolkit.html
Windows Azure - Deployment in Ireland
Construction of the $500 million facility
required 1 million man-hours of work with
a peak workforce of around 2,100 workers.
The facility, which began operating on July
1, 2009, currently covers 303,000 square
feet (2.815 hectares), with 5.4 megawatts
of critical power available. Over time, the
data center can expand to a total of 22.2
mega watts of critical power to support
future growth.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Cloud database - Deployment model
1
There are two primary methods
to run a database on the cloud:
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Cloud database - Deployment model
Virtual machine Image - cloud
platforms allow users to purchase
virtual machine instances for a
limited time. It is possible to run a
database on these virtual machines.
Users can either upload their own
machine image with a database
installed on it, or use ready-made
machine images that already include
an optimized installation of a
1
https://store.theartofservice.com/the-deployment-toolkit.html
Cloud database - Deployment model
1
Database as a service - some cloud
platforms offer options for using a
database as a service, without
physically launching a virtual
machine instance for the database
https://store.theartofservice.com/the-deployment-toolkit.html
Cloud database - Deployment model
1
A third option is managed database
hosting on the cloud, where the
database is not offered as a service,
but the cloud provider hosts the
database and manages it on the
application owner's behalf. For
example, cloud provider Rackspace
offers managed hosting for MySQL
databases.
https://store.theartofservice.com/the-deployment-toolkit.html
CouchDB - Use cases & production deployments
Replication and synchronization
capabilities of CouchDB make it ideal
for using it in mobile devices, where
network connection is not guaranteed
but the application must keep on
working offline.
1
https://store.theartofservice.com/the-deployment-toolkit.html
CouchDB - Use cases & production deployments
CouchDB is well suited for applications
with accumulating, occasionally changing
data, on which pre-defined queries are to
be run and where versioning is important
(CRM, CMS systems, by example).
Master-master replication is an especially
interesting feature, allowing easy multi-site
deployments.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
The release activity follows from the
completed development process. It
includes all the operations to prepare a
system for assembly and transfer to the
customer site. Therefore, it must
determine the resources required to
operate at the customer site and collect
information for carrying out subsequent
activities of deployment process.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
Activation is the activity of starting up
the executable component of software.
For simple system, it involves
establishing some form of command
for execution. For complex systems, it
should make all the supporting
systems ready to use.
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Software deployment - Deployment activities
In larger software deployments, the
working copy of the software might be
installed on a production server in a
production environment. Other versions of
the deployed software may be installed in
a test environment, development
environment and disaster recovery
environment.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
Deactivation is the inverse of activation,
and refers to shutting down any executing
components of a system. Deactivation is
often required to perform other
deployment activities, e.g., a software
system may need to be deactivated before
an update can be performed. The practice
of removing infrequently used or obsolete
systems from service is often referred to
as application retirement or application
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Software deployment - Deployment activities
1
The adaptation activity is also a process to
modify a software system that has been
previously installed. It differs from updating
in that adaptations are initiated by local
events such as changing the environment
of customer site, while updating is mostly
started from remote software producer.
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Software deployment - Deployment activities
1
The update process replaces an earlier
version of all or part of a software system
with a newer release.
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Software deployment - Deployment activities
1
Mechanisms for installing updates are built
into some software systems. Automation
of these update processes ranges from
fully automatic to user initiated and
controlled. Norton Internet Security is an
example of a system with a semiautomatic method for retrieving and
installing updates to both the antivirus
definitions and other components of the
system. Other software products provide
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
Version tracking systems help the user
find and install updates to software
systems installed on PCs and local
networks.
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Software deployment - Deployment activities
Web based version tracking systems
notify the user when updates are
available for software systems installed
on a local system. For example:
VersionTracker Pro checks software
versions on a user's computer and then
queries its database to see if any
updates are available.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
Local version tracking system notifies the
user when updates are available for
software systems installed on a local
system. For example: Software Catalog
stores version and other information for
each software package installed on a local
system. One click of a button launches a
browser window to the upgrade web page
for the application, including auto-filling of
the user name and password for sites that
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
Browser based version tracking
systems notify the user when updates
are available for software packages
installed on a local system. For
example: wfx-Versions is a Firefox
extension which helps the user find the
current version number of any program
listed on the web.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
Uninstallation is the inverse of
installation. It is the removal of a
system that is no longer required. It
also involves some reconfiguration of
other software systems in order to
remove the uninstalled system’s files
and dependencies.
1
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Software deployment - Deployment activities
1
Ultimately, a software system is marked as
obsolete and support by the producers is
withdrawn. It is the end of the life cycle of
a software product.
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Software deployment - Deployment roles
1
The typical roles involved in software deployments
for enterprise applications are:
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Software deployment - Deployment roles
1
Operations project managers: see Information
Technology Infrastructure Library
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Software deployment - Examples
1
FAI OpenSource Software Linux
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Software deployment - Examples
1
M23 OpenSource
Software Linux
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Software deployment - Examples
Open PC Server
Integration (opsi)
OpenSource Software
Windows
1
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Software deployment - Examples
1
RPM with YUM OpenSource
Software Linux
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Software deployment - Examples
1
Microsoft System Center
Configuration Manager
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Software deployment - Examples
1
BlackBerry MDS Suite Research
In Motion (RIM)
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Payment Card Industry Data Security Standard - Secure deployment
requirements for wireless LANs
1
These secure deployment requirements
apply to only those organizations that
have a known WLAN AP inside the
CDE. The purpose of these
requirements is to deploy WLAN APs
with proper safeguards.
https://store.theartofservice.com/the-deployment-toolkit.html
Payment Card Industry Data Security Standard - Secure deployment
requirements for wireless LANs
1
Section 2.1.1 Change Defaults: Change
default passwords, SSIDs on wireless
devices. Enable WPA or WPA2 security.
https://store.theartofservice.com/the-deployment-toolkit.html
Payment Card Industry Data Security Standard - Secure deployment requirements for
wireless LANs
Section 4.1.1 802.11i Security: Set up
APs in WPA or WPA2 mode with 802.1X
authentication and AES encryption. Use
of WEP in CDE is not allowed after
June 30, 2010.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Payment Card Industry Data Security Standard - Secure deployment
requirements for wireless LANs
1
Section 9.1.3 Physical Security: Restrict physical
access to known wireless devices.
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Payment Card Industry Data Security Standard - Secure deployment
requirements for wireless LANs
1
Section 10.5.4 Wireless Logs: Archive wireless
access centrally using a WIPS for 1 year.
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Payment Card Industry Data Security Standard - Secure deployment
requirements for wireless LANs
1
Section 12.3 Usage Policies: Develop
usage policies to list all wireless devices
regularly. Develop usage possible for the
use of wireless devices.
https://store.theartofservice.com/the-deployment-toolkit.html
Information Technology Infrastructure Library - Release and deployment
management
1
Release and deployment management is
used by the software migration team for
platform-independent and automated
distribution of software and hardware,
including license controls across the entire
IT infrastructure
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Information Technology Infrastructure Library - Release and deployment
management
1
The goals of release
management include:
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Information Technology Infrastructure Library - Release and deployment
management
1
Planning the rollout of software
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Information Technology Infrastructure Library - Release and deployment
management
Designing and implementing
procedures for the distribution and
installation of changes to IT systems
1
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Information Technology Infrastructure Library - Release and deployment management
1
Effectively communicating and
managing expectations of the
customer during the planning and
rollout of new releases
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Information Technology Infrastructure Library - Release and deployment
management
Controlling the
distribution and
installation of changes to
IT systems
1
https://store.theartofservice.com/the-deployment-toolkit.html
Information Technology Infrastructure Library - Release and deployment
management
1
Release management focuses on the
protection of the live environment and
its services through the use of formal
procedures and checks.
https://store.theartofservice.com/the-deployment-toolkit.html
Information Technology Infrastructure Library - Release and deployment
management
1
A Release consists of the new or changed
software and/or hardware required to
implement approved changes. Release
categories include:
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Information Technology Infrastructure Library - Release and deployment management
1
Major software releases and major
hardware upgrades, normally
containing large amounts of new
functionality, some of which may
make intervening fixes to problems
redundant. A major upgrade or
release usually supersedes all
preceding minor upgrades, releases
and emergency fixes.
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Information Technology Infrastructure Library - Release and deployment
management
1
Minor software releases and hardware
upgrades, normally containing small
enhancements and fixes, some of
which may have already been issued
as emergency fixes. A minor upgrade
or release usually supersedes all
preceding emergency fixes.
https://store.theartofservice.com/the-deployment-toolkit.html
Information Technology Infrastructure Library - Release and deployment
management
Emergency software and hardware
fixes, normally containing the
corrections to a small number of known
problems.
1
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Information Technology Infrastructure Library - Release and deployment
management
1
Releases can be divided
based on the release unit
into:
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Information Technology Infrastructure Library - Release and deployment
management
1
Delta release: a release of only that part
of the software which has been
changed. For example, security
patches.
https://store.theartofservice.com/the-deployment-toolkit.html
Information Technology Infrastructure Library - Release and deployment
management
1
Full release: the entire software program is
deployed—for example, a new version of
an existing application.
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Information Technology Infrastructure Library - ICT deployment management
1
ICT deployment provides a framework for
the successful management of design,
build, test and roll-out (deploy) projects
within an overall ICT programme. It
includes many project management
disciplines in common with PRINCE2, but
has a broader focus to include the
necessary integration of release
management and both functional and non
functional testing.
https://store.theartofservice.com/the-deployment-toolkit.html
Continuous integration - Automate deployment
Most CI systems allow the running of
scripts after a build finishes. In most
situations, it is possible to write a script to
deploy the application to a live test server
that everyone can look at. A further
advance in this way of thinking is
Continuous deployment, which calls for
the software to be deployed directly into
production, often with additional
automation to prevent defects or
1
https://store.theartofservice.com/the-deployment-toolkit.html
FogBugz - Deployment
1
Pricing is based on user licenses, where
each logged-in user must have one
license. Each user in the application can
filter tasks assigned to him/her and may
create new, update existing, or
resolve/close tasks with his/her name.
https://store.theartofservice.com/the-deployment-toolkit.html
FogBugz - Deployment
1
It is offered in two versions, an online
hosted version entitled "FogBugz On
Demand", and a self managed version
that may be installed on client servers.
With the self managed version, full
access to the FogBugz database is
possible by system administrators
increasing automation possibility.
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FogBugz - Deployment
1
The FogBugz API allows developers to
integrate FogBugz into their
applications. It allows applications to
access and modify FogBugz data. It is
implemented as XML responses to
HTTP requests.
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ICONIX - Milestone 4: Deployment
1
Unit tests are written to verify the system
will match up to the use case text, and
sequence diagrams. Finally code is written
using the class and sequence diagrams as
a guide.
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Best coding practices - Deployment
1
Deployment is the final
stage of releasing an
application for users.
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Session Initiation Protocol - Deployment issues
If the call traffic runs on the same
connection with other traffic, such as email
or Web browsing, voice and even
signaling packets may be dropped and the
voice stream may be interrupted.
1
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Session Initiation Protocol - Deployment issues
1
To mitigate this, many companies split voice and
data between two separate internet connections
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Session Initiation Protocol - Deployment issues
1
Users should also be aware that a SIP
connection can be used as a channel
for attacking the company's internal
networks, similar to Web and Email
attacks. Users should consider
installing appropriate security
mechanisms to prevent malicious
attacks.
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment
1
Quality function
deployment
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Quality function deployment
1
Yoji Akao, who originally developed
QFD in Japan in 1966, when the author
combined his work in quality
assurance and quality control points
with function deployment used in
value engineering.
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Quality function deployment
1
QFD is designed to help planners focus on
characteristics of a new or existing product
or service from the viewpoints of market
segments, company, or technologydevelopment needs. The technique yields
charts and matrices.
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Quality function deployment
1
QFD helps transform customer needs
(the voice of the customer [VOC]) into
engineering characteristics (and
appropriate test methods) for a product
or service, prioritizing each product or
service characteristic while
simultaneously setting development
targets for product or service.
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Quality function deployment - Areas of application
QFD is applied in a wide variety of
services, consumer products, military
needs, and emerging technology
products. The technique is also
included in the new ISO 9000:2000
standard which focuses on customer
satisfaction.
1
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Quality function deployment - Areas of application
1
While many books and articles on "how to
do QFD" are available, there is a relative
paucity of example matrices available.
QFD matrices become highly proprietary
due to the high density of product or
service information found therein.
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - House of Quality
1
House of Quality appeared in 1972 in the
design of an oil tanker by Mitsubishi Heavy
Industries. Akao has reiterated numerous
times that a House of Quality is not QFD, it
is just an example of one tool.
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Quality function deployment - House of Quality
1
A Flash tutorial exists showing the build
process of the traditional QFD "House of
Quality" (HOQ). (Although this example
may violate QFD principles, the basic
sequence of HOQ building are illustrative.)
There are also free QFD templates
available that walk users through the
process of creating a House of Quality.
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - House of Quality
Other tools extend the analysis beyond
quality to cost, technology, reliability,
function, parts, technology, manufacturing,
and service deployments.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - House of Quality
In addition, the same technique can
extend the method into the constituent
product subsystems, configuration items,
assemblies, and parts. From these detail
level components, fabrication and
assembly process QFD charts can be
developed to support statistical process
control techniques.
1
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Quality function deployment - Pugh concept selection
1
Pugh Concept Selection can be used in
coordination with QFD to select a
promising product or service configuration
from among listed alternatives.
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Quality function deployment - Modular Function Deployment
1
Modular Function Deployment uses QFD
to establish customer requirements and to
identify important design requirements
with a special emphasis on modularity.
There are three main differences to QFD
as applied in Modular Function
Deployment compared to House of
Quality:
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Quality function deployment - Modular Function Deployment
1
The triangular “roof” is
missing.
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Quality function deployment - Modular Function Deployment
1
There are also other minor differences
between the application of QFD in
Modular Function Deployment as
compared to House of Quality, for
example the term "Customer Attribute"
is replaced by "Customer Value", and
the term "Engineering Characteristics"
is replaced by "Product Properties".
But the terms have similar meanings in
the two applications.
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - Relationship to other techniques
The QFD-associated Hoshin Kanri
process somewhat resembles
Management by objectives (MBO), but
adds a significant element in the goal
setting process, called "catchball". Use of
these Hoshin techniques by U.S.
companies such as Hewlett Packard have
been successful in focusing and aligning
company resources to follow stated
strategic goals throughout an
1
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - Relationship to other techniques
1
Since the early introduction of QFD,
the technique has been developed to
shorten the time span and reduce the
required group efforts.
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - Notes
"What is QFD?" - White paper
explaining what QFD is and how to
use it.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Quality function deployment - Notes
1
Learn how to use a Quality
Function Deployment (QFD)
https://store.theartofservice.com/the-deployment-toolkit.html
CRAMM - Deployment
1
CRAMM is in use by NATO, the Dutch
armed forces, and corporations
working actively on security, like
Unisys, RAC. CRAMM is offered in
English and Dutch version.
https://store.theartofservice.com/the-deployment-toolkit.html
Automated planning and scheduling - Deployment of planning systems
* The Hubble Space Telescope uses a
short-term system called and a long-term
planning system called .
1
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
The London Borough of Newham, in
the United Kingdom|UK, previously
trialled a facial recognition system built
into their borough-wide Closed-circuit
television|CCTV system.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
1
The German Federal Police use a facial
recognition system to allow voluntary
subscribers to pass fully automated border
controls at Frankfurt Rhein-Main
international airport. Subscribers need to
be European Union or Switzerland|Swiss
citizens. Since 2005 the Federal Criminal
Police Office (Germany)|German Federal
Criminal Police Office offers centralized
facial recognition on mugshot images for
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
1
Recognition systems are also used by
casinos to catch card counting|card
counters and other blacklisted
individuals.
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
1
The Australian Customs Service has
an automated border processing
system called SmartGate that uses
facial recognition. The system
compares the face of the individual
with the image in the Biometric
passport|e-passport microchip,
certifying that the holder of the
passport is the rightful owner.
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
1
Pennsylvania Justice Network searches
crime scene photographs and CCTV
footage in the mugshot database of
previous arrests. A number of cold cases
have been resolved since the system
became operational in 2005. Other law
enforcement agencies in the USA and
abroad use arrest mugshot databases in
their forensic investigative work.
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
1
U.S. Department of State operates one
of the largest face recognition systems
in the world with over 75 million
photographs that is actively used for
visa (document)|visa processing.
https://store.theartofservice.com/the-deployment-toolkit.html
Facial recognition system - Notable users and deployments
The Tocumen International Airport in
Panama operates an airport-wide
surveillance system using hundreds of live
Facial Recognition cameras to identify
wanted individuals passing through the
airport.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
Windows 2000 can be software
deployment|deployed to a site via various methods
1
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
1
The Sysprep method is started on a
standardized reference computer –
though the hardware need not be
similar – and it copies the required
installation files from the reference
computer to the target computers
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
1
Sysprep allows the duplication of a disk
image on an existing Windows 2000
Server installation to multiple servers
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
1
Systems Management Server can be
used to upgrade multiple computers
to Windows 2000. These must be
running Windows NT 3.51, Windows
NT 4.0, Windows 98 or Windows 95
OSR2.x along with the SMS client
agent that can receive software
installation operations. Using SMS
allows installations over a wide area
and provides centralised control over
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
1
Remote Installation Services (RIS) are
a means to automatically install
Windows 2000 Professional (and not
Windows 2000 Server) to a local
computer over a network from a
central server
https://store.theartofservice.com/the-deployment-toolkit.html
Windows 2000 - Deployment
1
RIS requires that client computers are able
to boot over the network via either a
network interface card that has a Pre-Boot
Execution Environment (PXE) boot Readonly memory|ROM installed or that the
client computer has a network card
installed that is supported by the remote
boot disk generator
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IEEE 802.11n-2009 - Deployment strategies
To achieve maximum
output, a pure 802.11n
5GHz network is
recommended
1
https://store.theartofservice.com/the-deployment-toolkit.html
Jumbotron - Deployments
1
While the Jumbotron and similar largescreen displays are physically large,
they were often low in display
resolution
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Jumbotron - Deployments
The largest Jumbotron in use was
located at the SkyDome (now called
Rogers Centre) in Toronto, Ontario,
and measured 10 m tall by 33.5 m
wide (33fttimes;110ft) at a cost of
USD|US$17 million. By comparison, a
similar-sized LED system sold today
would cost around $3.0M. The Rogers
Centre Jumbotron was replaced in
2005 by a Daktronics ProStar as a part
1
https://store.theartofservice.com/the-deployment-toolkit.html
Jumbotron - Deployments
WWE makes frequent use of a
Jumbotron, which has been coined the
TitanTron, named after WWE's former
parent group Titan Sports. Defunct
competitor World Championship
Wrestling|WCW also made use of
similar screens dubbed TurnerTrons,
named after then-owner Ted Turner.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Google Chrome - Enterprise deployment
1
Until version 24 the software is known not
to be ready for enterprise deployments
with roaming profiles or Terminal
Server/Citrix environments.
https://store.theartofservice.com/the-deployment-toolkit.html
New Zealand Army - Current deployments
1
The New Zealand Army currently has 73 personnel
deployed on 11 missions across eight countries:
https://store.theartofservice.com/the-deployment-toolkit.html
New Zealand Army - Current deployments
* Sinai - 23
personnel, as part of
the Multinational
Force and
Observers.
1
https://store.theartofservice.com/the-deployment-toolkit.html
New Zealand Army - Current deployments
1
* In addition, small numbers of NZ
personnel are deployed on various
United Nations peacekeeping
missions around the world.
https://store.theartofservice.com/the-deployment-toolkit.html
Parachuting - Parachute deployment
At a sport skydiver's deployment
altitude, the individual manually
deploys a small pilot-chute which acts
as a drogue, catching air and pulling
out the main parachute or the main
canopy. There are two principal
systems in use: the throw-out, where
the skydiver pulls a toggle attached to
the top of the pilot-chute stowed in a
small pocket outside the main
1
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Parachuting - Parachute deployment
Throw-out pilot-chute pouches are
usually positioned at the bottom of the
container – the B.O.C. deployment
system – but older harnesses often
have leg-mounted pouches. The latter
are safe for flat-flying, but often
unsuitable for freestyle or head-down
flying.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Parachuting - Parachute deployment
1
At the bottom of the container that holds
the deployment bag is a closing loop
which, during packing, is fed through the
grommets of the four flaps that are used to
close the container
https://store.theartofservice.com/the-deployment-toolkit.html
Parachuting - Parachute deployment
1
During a normal deployment, a skydiver
will generally experience a few seconds of
intense deceleration, in the realm of 3 to 4
G, while the parachute slows the descent
from to approximately 28kmph.
https://store.theartofservice.com/the-deployment-toolkit.html
Parachuting - Parachute deployment
1
If a skydiver experiences a malfunction of
their main parachute which they cannot
correct, they pull a cut-away handle on the
front right-hand side of their harness (on
the chest) which will release the main
canopy from the harness/container
https://store.theartofservice.com/the-deployment-toolkit.html
Microsoft Mediaroom - History and deployments
Originally launched as the Microsoft TV
which included the Foundation Edition, the
IPTV platform was named Microsoft
Mediaroom and announced in June 2007
at the NXTcomm conference
1
https://store.theartofservice.com/the-deployment-toolkit.html
Microsoft Mediaroom - History and deployments
1
On April 8, 2013, Microsoft and Ericsson
announced plans for Ericsson to purchase
Mediaroom. The sale was completed on
September 5, 2013 and officially became
Ericsson
Mediaroom.http://www.ericsson.com/news/
1727445
https://store.theartofservice.com/the-deployment-toolkit.html
Simputer - Deployments
1
In recent times, the Simputer has seen
deployment by the police force to track
traffic offenders and issue traffic tickets.
https://store.theartofservice.com/the-deployment-toolkit.html
XMPP - Deployments
1
Several large public IM services natively
use XMPP, including Google Talk and
LiveJournal's LJ Talk, Nimbuzz, and Ovi
(Nokia)
https://store.theartofservice.com/the-deployment-toolkit.html
XMPP - Deployments
1
XMPP is also used in deployments of nonIM services, including smart grid systems
such as demand-response applications,
message-oriented middleware, and as a
replacement for Short Message
Service|SMS to provide text messaging on
many smartphone clients.
https://store.theartofservice.com/the-deployment-toolkit.html
Amazon Relational Database Service - Multi AZ deployment
1
When a database instance is created or
modified to run as a Multi-AZ deployment,
Amazon RDS automatically provisions and
maintains a synchronous “standby”
Database replication|replica in a different
Availability Zone[
http://aws.amazon.com/rds/faqs/#41
Availability Zone] (independent
infrastructure in a physically separate
location)
https://store.theartofservice.com/the-deployment-toolkit.html
Amazon Relational Database Service - Multi AZ deployment
1
Multi AZ RDS instances are optional and
have a cost associated with them. When
creating your RDS instance, the user is
asked if they would like to use a Multi-AZ
RDS instance.
https://store.theartofservice.com/the-deployment-toolkit.html
Moodle - Deployment
1
Users can install Moodle from source, but
this requires more technical proficiency
than other automated approaches such as
installing from a Debian package,
deploying a ready-to-use TurnKey Linux
Virtual Appliance Library|TurnKey Moodle
appliance, using the Bitnami installer, or
using a one-click install service such as
Installatron.http://www.installatron.com/mo
odle
https://store.theartofservice.com/the-deployment-toolkit.html
Moodle - Deployment
1
Some free Moodle hosting providers
allow educators to create Moodlebased online classes without
installation or server knowledge.
Some paid Moodle hosting providers
provide value-added services like
customization and content
development.
https://store.theartofservice.com/the-deployment-toolkit.html
Yingli Solar - Deployments
1
The company's modules operate in solar
projects in several countries, including:
https://store.theartofservice.com/the-deployment-toolkit.html
Yingli Solar - Deployments
1
*Huerto Solar Villar de
Cañas II (Cuenca,
Spain)
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Yingli Solar - Deployments
1
*Kaiser Permanent Medical Center
(California, U.S.)
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Yingli Solar - Deployments
1
*Denver International Airport
(Colorado, U.S.)
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Yingli Solar - Deployments
1
*RRS – Magaldi Group (Salerno,
Italy)
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Yingli Solar - Deployments
1
*William Patterson University
(New Jersey, U.S.)
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Yingli Solar - Deployments
1
*Valley Fine Foods
(California, U.S.)
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Yingli Solar - Deployments
1
*Formula 1 Grand Prix
Circuit (Hockenheim,
Germany)
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Compressed natural gas - Deployments
1
ATT Inc.|ATT ordered 1,200 CNG-powered cargo
vans from General Motors in 2012
https://store.theartofservice.com/the-deployment-toolkit.html
War of Currents - AC deployment at Niagara
1
In 1893, NFPC was finally convinced by
George Forbes (scientist)|George Forbes
to award the contract to Westinghouse,
and to reject General Electric and Edison's
proposal. Work began in 1893 on the
Niagara Falls generation project: power
was to be generated and transmitted as
alternating current#AC power supply
frequencies|alternating current, at a
frequency of 25Hz to minimize impedance
https://store.theartofservice.com/the-deployment-toolkit.html
War of Currents - AC deployment at Niagara
1
Some doubted that the system would
generate enough electricity to power
industry in Buffalo, New York|Buffalo.
Tesla was sure it would work, saying
that Niagara Falls could power the
entire eastern United States. When
finished, the first Niagara River
hydraulic tunnel would have a
capacity to develop . None of the
previous polyphase alternating
https://store.theartofservice.com/the-deployment-toolkit.html
War of Currents - AC deployment at Niagara
* The International Electro-Technical
Exhibition – 1891|Lauffen-Neckar
demonstration in 1891 had the capacity of
225kW
1
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War of Currents - AC deployment at Niagara
1
* Westinghouse successfully used AC
in the commercial Ames Hydroelectric
Generating Plant in 1891 at 75kW
(Single phase)
https://store.theartofservice.com/the-deployment-toolkit.html
War of Currents - AC deployment at Niagara
* The World's Columbian
Exposition|Chicago World's Fair in
1893 exhibited a complete 11,000kW
polyphase generation and distribution
system with multiple generators,
installed by Westinghouse Robert L.
Bradley, Jr. Edison to Enron: Energy
Markets and Political StrategiesJohn
Wiley Sons, 2011 ISBN 1-118-19251-6
1
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War of Currents - AC deployment at Niagara
On November 16, 1896, electrical
power was transmitted to industries in
Buffalo from the hydroelectric
generator (device)|generators at the
Edward Dean Adams Station at
Niagara Falls
1
https://store.theartofservice.com/the-deployment-toolkit.html
Laser radar - Solar photovoltaic deployment optimization
1
Lidar can also be used to assist planners
and developers optimize solar photovoltaic
systems at the city level by determining
appropriate roof topsHa T. Nguyen,
Joshua M. Pearce, Rob Harrap, and
Gerald Barber,
“[http://www.mdpi.com/14248220/12/4/4534/pdf The Application of
LiDAR to Assessment of Rooftop Solar
Photovoltaic Deployment Potential on a
https://store.theartofservice.com/the-deployment-toolkit.html
Laser radar - Solar photovoltaic deployment optimization
1
Recent works focus on buildings' facades
solar potential estimation, or by
incorporating more detailed shading
losses by considering the influence from
vegetation and larger surrounding terrain.
https://store.theartofservice.com/the-deployment-toolkit.html
Platoon (automobile) - Deployments
The USDOT-sponsored National
Automated Highway System
Consortium (NAHSC) project, a
prototype automated highway system,
was tested in San Diego County,
California in 1997 along Interstate 15
in California|Interstate 15
1
https://store.theartofservice.com/the-deployment-toolkit.html
Platoon (automobile) - Deployments
1
The SARTRE Project (Safe Road Trains
for the Environment), is a European
Commission funded project investigating
implementation of platooning on
unmodified European motorways
https://store.theartofservice.com/the-deployment-toolkit.html
Platoon (automobile) - Deployments
1
SARTRE carried out in January 2011 the
first successful demonstration of its vehicle
platooning technology at the Volvo Proving
Ground near Gothenburg, Sweden, with a
lead truck followed by single following car
https://store.theartofservice.com/the-deployment-toolkit.html
Parachute - Deployment
A hand-deployed pilot chute, once
thrown into the air stream, pulls a
closing pin on the pilot chute bridle to
open the container, then the same force
extracts the deployment bag
1
https://store.theartofservice.com/the-deployment-toolkit.html
Parachute - Deployment
1
Only the hand-deployed pilot chute
may be collapsed automatically after
deployment—by a kill line reducing
the in-flight drag of the pilot chute on
the main canopy. Reserves, on the
other hand, do not retain their pilot
chutes after deployment. The reserve
deployment bag and pilot chute are
not connected to the canopy in a
reserve system. This is known as a
https://store.theartofservice.com/the-deployment-toolkit.html
Parachute - Deployment
Occasionally, a pilot chute does not
generate enough force either to pull
the pin or to extract the bag. Causes
may be that the pilot chute is caught
in the turbulent wake of the jumper
(the burble), the closing loop holding
the pin is too tight, or the pilot chute is
generating insufficient force. This
effect is known as pilot chute
hesitation, and, if it does not clear, it
can lead to a total malfunction,
requiring reserve deployment.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Parachute - Deployment
1
Paratroopers' main parachutes are
usually deployed by static lines that
release the parachute, yet retain the
deployment bag that contains the
parachute—without relying on a pilot
chute for deployment. In this
configuration the deployment bag is
known as a direct-bag system, in
which the deployment is rapid,
consistent, and reliable.
https://store.theartofservice.com/the-deployment-toolkit.html
DBAG Class 101 - Deployment
1
The original plan called for the class 101
to be based in one of the main intercity
traffic hubs in Germany, namely Frankfurt
am Main. The locomotive changes made
necessary there by its terminus-type
station would allow for the ideal alignment
of running schedules and maintenance
work of these locomotives.
https://store.theartofservice.com/the-deployment-toolkit.html
DBAG Class 101 - Deployment
1
It then turned out that, due to the everincreasing number of ICE trains with
control cars arriving in Frankfurt, the
DB decision to only run push-pull-type
trains into Frankfurt station, and the
necessary high investment to create a
new high-tech train depot at the station,
this plan was reevaluated
https://store.theartofservice.com/the-deployment-toolkit.html
DBAG Class 101 - Deployment
During the first years in this depot, the
manufacturer ADtranz, in order to fulfill
their warranty obligations, housed a team
of 15 employees in Hamburg-Eidelstedt.
In 2002 there were still 2 ADtranz
representatives present.
1
https://store.theartofservice.com/the-deployment-toolkit.html
DBAG Class 101 - Deployment
Basing the class 101 locomotives in
Hamburg still seemed more costefficient to the DB than the
construction of a new depot
somewhere else, even though it meant
the hiring of new drivers in Hamburg
for the sometimes complicated, but
necessary shunting/switching work.
The base at a relative outpost in the
far north of Germany also created
1
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DBAG Class 101 - Deployment
Every 100,000km, the class 101
locomotives are sent to Hamburg for their
periodic maintenance check (Frist), where
minor technical issues are addressed
1
https://store.theartofservice.com/the-deployment-toolkit.html
Enterprise Architect (software) - Deployment
There are many scenarios for
deployment. For the multi-user and
multi-site development there is
support for Wide Area Network|WAN
based connectivity using a WAN
Optimizer. Information can be
exchanged and merged between
repositories for off-site analysis and
development or for exchanging
models between diverse development
1
https://store.theartofservice.com/the-deployment-toolkit.html
Enterprise Architect (software) - Deployment
:Supports .eap files as well as DBMS
repositories (the 10 more commonly used
DBMS).
1
https://store.theartofservice.com/the-deployment-toolkit.html
Enterprise Architect (software) - Deployment
1
:Supports a simple workstation installation and, if
required, a simple DBMS installation.
https://store.theartofservice.com/the-deployment-toolkit.html
Enterprise Architect (software) - Deployment
1
* Linux Mac OS installations are supported
using CrossOver (software)|CrossOver
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ITIL - Release and deployment management
Release management|Release and
deployment management is used by the
software migration team for platformindependent and automated distribution of
software and hardware, including license
controls across the entire IT infrastructure
1
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ITIL - Release and deployment management
* Planning the
rollout of software
1
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ITIL - Release and deployment management
1
* Designing and implementing procedures
for the distribution and installation of
changes to IT systems
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ITIL - Release and deployment management
1
* Effectively communicating and managing
expectations of the customer during the
planning and rollout of new releases
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ITIL - Release and deployment management
1
* Controlling the distribution
and installation of changes
to IT systems
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ITIL - Release and deployment management
* Major software releases and major
hardware upgrades, normally containing
large amounts of new functionality, some
of which may make intervening fixes to
problems redundant. A major upgrade or
release usually supersedes all preceding
minor upgrades, releases and emergency
fixes.
1
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ITIL - Release and deployment management
1
* Minor software releases and hardware
upgrades, normally containing small
enhancements and fixes, some of which
may have already been issued as
emergency fixes. A minor upgrade or
release usually supersedes all preceding
emergency fixes.
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ITIL - Release and deployment management
1
* Emergency software and hardware fixes,
normally containing the corrections to a
small number of known problems.
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ITIL - Release and deployment management
1
* Delta release: a release of only that part
of the software which has been changed.
For example, security patches.
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ITIL - Release and deployment management
1
* Full release: the entire software program
is deployed—for example, a new version
of an existing application.
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ITIL - ICT deployment management
1
ICT deployment provides a framework for
the successful management of design,
build, test and roll-out (deploy) projects
within an overall ICT program
management|programme. It includes
many project management disciplines in
common with PRINCE2, but has a broader
focus to include the necessary integration
of release management and both
functional and non functional testing.
https://store.theartofservice.com/the-deployment-toolkit.html
Business activity monitoring - Deployment effort
In nearly all deployments of BAM
solutions, extensive tailoring to
specific enterprises is required. Many
BAM solutions seek to reduce
extensive customization and may offer
templates that are written to solve
common problems in specific lines of
business, for example banking,
manufacturing, and stock brokering.
Due to the high degrees of system
1
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Business activity monitoring - Deployment effort
BAM is now considered a critical
component of Operational Intelligence (OI)
solutions to deliver visibility into business
operations. Multiple sources of data can
be combined from different organizational
silos to provide a common operating
picture that uses current information.
Wherever real-time insight has the
greatest value, OI solutions can be applied
to deliver the information and need.
1
https://store.theartofservice.com/the-deployment-toolkit.html
GSAT-3 - Solar array deployment
1
The deployment of the arrays as well as
the general health of the satellite were
monitored by the ground station of the
ISRO Telemetry, Tracking and Command
network (ISTRAC) located in the
Indonesian island of Biak
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GSAT-3 - Solar array deployment
Its designated orbital slot is 74 degree
East longitude in the Geostationary Orbit.
There, it will be co-located with KALPANA1 and Indian National Satellite
System#INSAT-3C|INSAT-3C.
1
https://store.theartofservice.com/the-deployment-toolkit.html
GSAT-3 - Solar array deployment
1
EDUSAT was developed by ISRO Satellite
Centre, Bangalore. The payloads were
developed by Space Applications Centre,
Ahmedabad. Master Control Facility
(ISRO) at Hassan, India|Hassan is
responsible for all post launch operations
of the satellite.
https://store.theartofservice.com/the-deployment-toolkit.html
National Renewable Energy Laboratory - Deployment
1
NREL also seeks to raise public awareness of
PV technologies through its deployment
services
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National Renewable Energy Laboratory - Deployment
NREL provides a wealth of
information on solar energy, beyond
the scientific papers on research done
at the lab. The lab provides a great
number of publications on solar
resources and manuals on different
applications of solar technology, as
well as a number of different solar
resource models and tools. The lab
also makes available a number of
1
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Deployment of solar power to energy grids
1
Many industrialized nations have installed
significant solar power capacity into their
grids to supplement or provide an
alternative to other sources. Long distance
transmission allows remote renewable
energy resources to displace fossil fuel
consumption. Solar power plants use one
of two technologies:
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids
1
* Arrays of photovoltaic (PV) modules, mounted on
buildings or ground mounted 'solar parks'
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids
* Solar thermal energy plants, using
concentrated solar energy to make steam.
The steam is converted by a turbine to
electricity.
1
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Deployment of solar power to energy grids
Germany is the world's top
photovoltaics (PV) installer, with a solar
PV capacity as of December 2012 of
more than 32.3gigawatts
(GW).[http://www.bundesnetzagentur.de
/cln_1911/DE/Sachgebiete/ElektrizitaetG
as/ErneuerbareEnergienGesetz/Verguet
ungssaetzePVAnlagen/Verguetungssaet
zePhotovoltaik_Basepage.html?nn=135
464 Photovoltaikanlagen:
1
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Deployment of solar power to energy grids
As of April 2013, the largest individual
photovoltaic (PV) power plants in the world
are Agua Caliente Solar Project, (Arizona,
over 250MW connected - to increase to
397MW), California Valley Solar Ranch
(CVSR) a 250megawatt (MW) solar
photovoltaic power plant, by SunPower in
the Carrizo Plain, northeast of California
Valley, California|California Valley, Golmud
Solar Park (China, 200MW), Welspun
1
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Deployment of solar power to energy grids
1
Solar power in the People's Republic of China is one
of the biggest industries in mainland China.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids
Chinese solar panel production
reportedly quadrupled between 2009
and 2011 to surpass the entire global
demand. As a result, the EU accused
China of dumping its solar panels in
Europe at below-cost prices,
involving20 billion U.S. dollars of trade
between the two
powers.http://english.cri.cn/11354/2
013/08/06/2361s780295.htm
1
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Deployment of solar power to energy grids
1
Solar thermal power stations include the
354megawatt (MW) Solar Energy
Generating Systems power installation in
the USA, Solnova Solar Power Station
(Spain, 150MW) and Andasol solar power
station (Spain, 150MW)
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids
The development of solar power by
country depends on national
economic incentives more than
insolation.Penni McLean-Conner (ed.)
,Energy Efficiency Principles and
Practice,PennWell Corporation, Tulsa
USA ISBN 978-1-59370-178-9, page 119
1
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Deployment of solar power to energy grids - Africa
On average, many African countries
receive up to 325 days of sunlight per
year.[http://userwww.sfsu.edu/~ciotola/sola
r/asn_94nuclear.html Solar Power in
Africa], National Solar Power Research
Institute, Yansane A. 2007 This gives solar
power the potential to bring energy to
virtually any location in Africa without the
need for expensive large scale grid level
infrastructural developments.
1
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Deployment of solar power to energy grids - Africa
The distribution of solar resources
across Africa is fairly uniform, with
more than 80 percent of the African
landscape receiving almost 2000 kW·h
per square meter per year. A recent
study indicates that a solar generating
facility covering just 0.3% of the area
comprising North Africa could supply
all of the energy required by the
European
1
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Deployment of solar power to energy grids - China
1
Solar power in the People's Republic
of China is one of the biggest
industries in mainland China. In 2007
China produced 1700 MW of solar
panels, nearly half of the world
production of 3800 MW, although 99%
was exported.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - China
1
As well, solar water heating is extensively
implemented.[http://www.sciam.com/article
.cfm?id=chinas-big-push-for-renewableenergy China's Big Push for Renewable
Energy]
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - China
, China generates about 7GW of
power, with recent announcements
that target an additional 10GW of
power by the end of 2013 with a target
of 21GW of power by the end of
2015.[http://www.reuters.com/article
/2013/01/09/china-power-capacityidUSL4N0AE5Q520130109 UPDATE 2China's plans to ramp up capacity in
2013 adds to solar shine]
1
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Deployment of solar power to energy grids - China
1
Large PV power plants in China
include the 200MW Huanghe
Hydropower Golmud Solar
Park|Golmud Solar Park.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - India
1
India is densely populated and has high
solar insolation, an ideal combination for
using 'solar power in India'. In the solar
energy sector, some large projects have
been proposed, and a 35,000km2 area of
the Thar Desert has been set aside for
solar power projects, sufficient to generate
700 gigawatt|GW to 2,100 GW.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - India
In July 2009, India unveiled a 19 billion
plan to produce 20 GW of solar power by
2020.[http://www.reuters.com/article/latest
Crisis/idUSDEL104230 India to unveil
20GW solar target under climate plan],
Reuters, 28 July 2009 Under the plan, the
use of solar-powered equipment and
applications would be made compulsory in
all government buildings, as well as
hospitals and hotels
1
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Deployment of solar power to energy grids - India
According to a 2011 report by GTM
Research and BRIDGE TO INDIA, India
is facing a perfect storm of factors that
will drive solar photovoltaic (PV)
adoption at a furious pace over the next
five years and beyond
1
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Deployment of solar power to energy grids - India
1
The Charanka Solar Park, at 214 MW the largest in the world,
was commissioned on April 19, 2012, along with a total of 605
MW in Gujarat, representing 2/3 of India's installed
photovoltaics.[http://www.energyinsight.info/gujarat_charanka
_solar_park.html Gujarat's Charanka Solar Park] Large solar
parks have also been announced in the state of
Rajasthan.[http://www.solarserver.com/solar-magazine/solarreport/solar-report/the-indian-market-offers-large-scale-pvprojects-rapid-ramp-up-of-solar-power-has-put-india-on-theglobal-solar-stage.html The Indian market offers large scale
PV projects; rapid ramp up of solar power has put India on the
global solar stage] The 40 MW Dhirubhai Ambani Solar Park
was commissioned on March 31,
2012.[http://investor.firstsolar.com/releasedetail.cfm?ReleaseI
D=661054 First Solar Powers 40 MW (AC) Solar Power Plant,
One of India's Largest]
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Deployment of solar power to energy grids - Israel
1
There is no oil on Israeli land and the
country's tenuous relations with its
oil-rich neighbors (see Arab–Israeli
conflict) has made the search for a
stable source of energy a national
priority.[http://www.jewishvirtuallibr
ary.org/jsource/Environment/Solar.ht
ml Solar Energy in Israel], David
Faiman for the Jewish Virtual
Library.[http://fr.jpost.com/servlet/S
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Deployment of solar power to energy grids - Israel
Israeli innovation and research has
advanced solar technology to a degree
that it is almost cost-competitive with
fossil
fuels.[http://www.businessweek.com/gl
obalbiz/content/mar2008/gb20080326_4
85582.htm?chan=globalbiz_europe+ind
ex+page_companies At the Zenith of
Solar Energy], Neal
Sandler,BusinessWeek, March 26, 2008
1
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Deployment of solar power to energy grids - Japan
1
Solar power in Japan has been
expanding since the late 1990s
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Pakistan
1
Pakistan is setting up a solar power park,
funded by the Chinese company TBEA, in
the Cholistan desert near Yazman, about
30 kilometers from the eastern city of
Bahawalpur. The solar project, which is to
be set up on 5,000 acres, would produce
1,000 MW when completed. The first
phase would be the development of eight
projects of 50 Megawatts
each.http://dawn.com/news/1039608/cmpunjab-approves-quaid-e-azam-parkdevelopment-plan
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Deployment of solar power to energy grids - Saudi Arabia
The Saudi agency in charge of
developing the nations renewable
energy sector, Ka-care, announced in
May 2012 that the nation would install
41 gigawatts of solar capacity by 2032
1
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Deployment of solar power to energy grids - South Korea
The Sinan solar power plant is a 24MW
photovoltaic power station in Sinan,
Jeollanam-do, South Korea. , it is the largest
photovoltaic installation in Asia. The project
was developed by the German company
Conergy and it cost US$150million. It was
built by the Dongyang Engineering
Construction
Corporation.[http://www.exenewable.com/proj
ectProfile.asp?id=12612 eXenewable Project
Profile Page - SinAn, PV, Korea]
1
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Deployment of solar power to energy grids - Belgium
1
In October 2009, the city of Antwerp
announced that they want to install
2,500m² of solar panels on roofs of
public buildings, that will be worth
265,000kW·h per annum.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Belgium
In December 2009, Katoen Natie
announced that they will install 800,000m²
of solar panels in various places, including
Antwerp. It is expected that the installed
solar power in the Flemish Region will be
increased by 25%, when finished. That will
be the largest installation in Europe. The
total cost will be 166million euros.
1
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Deployment of solar power to energy grids - Germany
Germany is one of the world's top
photovoltaics (PV) installers, with a solar
PV capacity as of 2011 of almost
25gigawatts (GW). The German solar PV
industry installed about 7.5GW in 2011,
and solar PV provided 18TW·h (billion
kilowatt-hours) of electricity in 2011, about
3% of total electricity. Some market
analysts expect this could reach 25percent
by
1
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Deployment of solar power to energy grids - Germany
Large PV power plants in Germany
include Senftenberg Solarpark,
Finsterwalde Solar Park, Lieberose
Photovoltaic Park, Strasskirchen Solar
Park, Waldpolenz Solar Park, and
Köthen Solar Park.
1
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Deployment of solar power to energy grids - Greece
1
A large solar PV plant is planned for the
island of Crete. Research continues
into ways to make the actual solar
collecting cells less expensive and
more efficient. Smaller solar PV farms
exist throughout the country.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Italy
1
The Montalto di Castro Photovoltaic
Power Station is a photovoltaic power
station at Montalto di Castro in
Province of Viterbo|Viterbo province.
The project was built in several
phases. The first phase with a total
capacity of 24MW was connected in
late 2009. The second phase (8 MW)
was commissioned in 2010, and the
third and fourth phases, totaling 44
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Italy
1
As of the end of 2010, there are 155,977
solar PV plants, with a total capacity
of 3,469.9 MW. The number of plants
and the total capacity surged in 2009
and 2010 following high incentives
from Conto Energia. The total power
capacity installed tripled and plants
installed doubled in 2010 compared to
2009, with an increase of plant's
average dimensions.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Italy
1
Energy production from photovoltaics
was 1,905.7 GWh in 2010. Annual
growth rates were fast in recent years:
251% in 2009 and 182% in 2010. More
than a fifth of the total production in
2010 came from the southern region of
Apulia.
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Deployment of solar power to energy grids - Italy
1
In December 2012, solar PV in Italy is
approaching the time to 17 GW of
installed capacity and provides
employment to 100,000 people
especially in design and
installation.[http://www.ilsole24ore.com
/art/tecnologie/2012-12-21/incentivisolare-152027.shtml?uuid=AbUwW9DH
Il fotovoltaico in Italia ha una potenza di
17 GW e dà lavoro a 100mila. Quale
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Deployment of solar power to energy grids - Portugal
A large photovoltaic power project, the
Serpa solar power plant, has been
completed in Portugal, in one of the
Europe's sunniest
areas.[http://www.stuff.co.nz/stuff/4009836
a6026.html Major solar power plant opens
in Portugal] The 11 megawatt plant covers
and comprises 52,000 PV panels
1
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Deployment of solar power to energy grids - Portugal
1
The Moura photovoltaic power station is
located in the municipality of Moura, in the
interior region of Alentejo, Portugal.Its
construction involves two stages, with the
first one being constructed in 13 months
and completed in 2008, and the other will
be completed by 2010, at a total cost of
€250 million for the project.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Russia
Current production of 5 MW is very
modest, however there are plans for an
expansion in capacity by 70 MW in 201213 in a $210 million joint project by
Rosnano and Renova.Предприятия
обяжут покупать «зеленую»
электроэнергию Вексельберга
http://izvestia.ru/news/532219
1
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Deployment of solar power to energy grids - Spain
Spain is one of the most advanced
countries in the development of solar
energy, since it is one of the countries of
Europe with more hours of sunshine
1
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Deployment of solar power to energy grids - Spain
1
Through a ministerial ruling in March 2004,
the Spanish government removed
economic barriers to the connection of
renewable energy technologies to the
electricity grid
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Deployment of solar power to energy grids - Turkey
1
In 2013 May, CSun factory established
and has a capacity of 300 MWatts.
Some industrial establishments have
been continuing on.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United Kingdom
In the United Kingdom, the second
tallest building in Manchester, the
CIS Tower, was clad in photovoltaic
panels at a cost of Pound sterling|£5.5
million and started feeding electricity
to the national grid on November
2005.[http://news.bbc.co.uk/1/hi/eng
land/manchester/3956801.stm
Building converts to solar power]
1
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Deployment of solar power to energy grids - United Kingdom
The lack of net metering delayed the
development of the market until the
government in the UK agreed in April 2010
to pay for all grid-connected generated
electricity at an initial rate of up to 41.3p
(US$0.67) per kW·h, whether used locally
or exported.
1
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Deployment of solar power to energy grids - United Kingdom
1
The rates proved more attractive than
necessary, and in August 2011, were
drastically reduced for installations
over 50kW,
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United Kingdom
1
a policy change criticized as marking the
end of the UK’s solar industry as we know
it. This decision was overturned in the
courts, with indexation, allowing
39.6p/kWh FIT for systems of up to 4kW
installed through the end of March 2,
2012, and 21p/kWh beginning March 3,
2012.[http://www.which.co.uk/news/2012/0
3/government-loses-solar-feed-in-tariffappeal-282147/ Government loses solar
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United Kingdom
1
For larger systems, the FIT of 32.2p/kWh
from April 1, 2010 through the end of July,
2011, was limited to systems up to 5 MW,
with the result that no systems over 5 MW
were constructed. After July, 2011, the FIT
for systems over 250kW dropped to 8.5p,
(8.9p after March 31, 2011), with no
limitation on system size after March 31,
2012.[http://www.fitariffs.co.uk/eligible/leve
ls/payable/ Tariffs payable in current
period]
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United Kingdom
1
Installations jumped from an installed base
of 27 MW at the end of 2009 to 77 MW at
the end of 2010 and to 1000 MW by
February 22, 2012
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Canada
Sarnia Photovoltaic Power Plant near
Sarnia, Ontario, was in September 2010
the List of photovoltaic power
stations|world's largest photovoltaic plant
with an installed capacity of 80Wattpeak|MWp.[http://www.cbc.ca/technology/
story/2010/10/04/sarnia-enbridge-solarfarm.html Enbridge completes Sarnia solar
farm] Retrieved 5 October 2010 until
surpassed by plants in China and India
1
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Deployment of solar power to energy grids - Canada
Canada has many regions that are
sparsely populated and difficult to
access, but also does not have optimal
access to sunlight given the high
latitudes of much of the country
1
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Deployment of solar power to energy grids - Canada
One of the most important uses for PV
cells is in northern communities, many
of which depend on high-cost diesel fuel
to generate electricity. Since the 1970s,
the federal government and industry has
encouraged the development of solar
technologies for these communities.
Some of these efforts have focused on the
use of hybrid systems that provide power
24 hours a day, using solar power when
sunlight is available, in combination
with another energy source.
1
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Deployment of solar power to energy grids - Mexico
Mexico is already the greatest solar
energy producer in Latin America and it is
planning a solar trough based plant with
30MW which will use a combined cycle
gas turbine about 400MW to provide
electricity to the city of Agua Prieta,
Sonora. To date, the World Bank has given
US$50million to finance this project.
1
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Deployment of solar power to energy grids - Mexico
1
Honduras in Central America is pushing
through with solar water heating and solar
panels, despite little or no help from the
government. Although these systems
represent a high cost to Central American
households, companies like NRGEA are
using private capital to finance the
purchase of these systems to open up the
market of renewables.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United States
Solar power in the United States is an
area of considerable activity and there are
many utility-scale solar power plants
1
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Deployment of solar power to energy grids - United States
1
The Blythe Solar Power Project is a 500
MW photovoltaic power station under
construction in Riverside County,
California
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United States
1
The Desert Sunlight Solar Farm is a 550
MW solar power plant under construction
in Riverside County, California, that will
use thin-film solar photovoltaic modules
made by First Solar
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - United States
1
There are plans to build many other large
solar plants in the United States. Governor
Jerry Brown has signed legislation
requiring California's utilities to get 33
percent of their electricity from renewable
energy sources by the end of 2020. Many
of the companies responsible for
constructing these arrays are included on
a list of US solar contractors by Solar
Power World, which includes 50 such
businesses from California.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - Australia
The largest solar power station in
Australia is the 10MWp (megawatts,
peak) Greenough River Solar Farm near
Geraldton, Western Australia. Other
significant solar arrays include the 220
kWp array on the Anangu Pitjantjatjara
Lands in South Australia, the 200kWp
array at Queen Victoria Market in
Melbourne and the 160kWp array at
Kogarah Town Square in Sydney.
1
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Deployment of solar power to energy grids - Australia
A 30 MWe (megawatts, electrical)
solar thermal `coal saver' system is
currently under construction at
Liddell power station by Macquarie
Generation and Solar Heat and Power
1
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Deployment of solar power to energy grids - Australia
A 154 MWp solar power station in
Victoria will soon begin
construction.[http://www.solarsyste
ms.com.au/154MWVictorianProject.h
tml 154MW Victorian Project]
1
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Deployment of solar power to energy grids - New Zealand
1
Solar power in New Zealand currently only
generates 0.1 percent of New Zealand’s
electricity, as more emphasis has been
placed on hydroelectric, geothermal, and
wind power in New Zealand's push for
renewable energy
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - New Zealand
1
In 2010, New Zealand's largest thin film solar array was the
20 kW array installed at Hubbard
Foods[http://www.hubbards.co.nz/vector.aspx Vector
Hubbards Solar Panels] A 21.6 kW photovoltaic array was
installed in Queenstown, New Zealand|Queenstown in
2009.[http://www.sunnyportal.com/Templates/PublicPageOver
view.aspx?plant=796132fc-e1a3-448e-8f437c7dee64bc73splang=en-US Speargrass Domain Plant
Profile] In April 2012, New Zealand's largest solar power plant
was the 68.4 kW array installed to meet 70% of the electricity
needs of South Auckland Forging Engineering Ltd, which is
expected to pay for itself in eight to nine
years.[http://demm.co.nz/articles/new-zealand%E2%80%99slargest-solar-power-plant New Zealand’s largest solar power
plant]Excess power will be purchased at the sale price for two
years, otherwise known as net metering.
https://store.theartofservice.com/the-deployment-toolkit.html
Deployment of solar power to energy grids - South America
Several South American countries
have begun installing solar power
plants, including Solar power in
Chile|Chile and
Peru.[http://cleantechnica.com/2012
/10/15/latin-americas-largest-solarplant-receiving-40-mw-of-solar-pvmodules-from-yingli-solar/ Latin
America’s Largest Solar Power Plant
Receiving 40 MW of Solar PV Modules
1
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Deployment of solar power to energy grids - Photovoltaics
1
Below is the summary of installed photovoltaic and
more detailed data for some countries.
https://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
1
The first service launch was BT with BT
Fusion in the autumn of 2005. The
service is based on pre-3GPP GAN
standard technology. Initially, BT
Fusion used UMA over Bluetooth with
phones from Motorola; since Jan 2007,
it has used UMA over 802.11 with
phones from Nokia, Motorola and
Samsung[http://www.theregister.co.uk/
2007/01/08/bt_fusion_wifi/ The
https://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
1
On August 28, 2006, TeliaSonera was the
first to launch a 802.11 based UMA service
called Home
Free.[http://telia.dk/privat/produkter/homefr
ee Home Free] The service started in
Denmark but no longer offered.
https://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
On September 25, 2006 Orange
(telecommunications)|Orange announced
its Unik service, also known as Signal
Boost in the UK.[http://www.unik.orange.fr
Unik in
France][http://www.orange.co.uk/unique/
Unik in the UK ] The announcement, the
largest to date, covers more than 60m of
Orange's mobile subscribers in the UK,
France, Poland, Spain and the
1
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Generic Access Network - Service deployments
Cincinnati Bell announced the first UMA
deployment in the United
States.[http://www.cincinnatibell.com/about
us/news/articles/news.asp?page=2007061
8.asp CB Home Run Integrates Mobile
Phone and Wireless Internet For Improved
Indoor Reception] The service, originally
called CB Home Run, allows users to
transfer seamlessly from the Cincinnati
Bell cellular network to a home wireless
1
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Generic Access Network - Service deployments
1
This was followed shortly by T-Mobile
US on June 27, 2007.[http://www.tmobile.com/company/PressReleases
_Article.aspx?assetName=Prs_Prs_20
070627title=TMobile%20Introduces%20Unlimited%
20Calling%20Over%20WiFi%20With%20the%20National%20La
unch%20of%20TMobile%20HotSpot%20@Home Thttps://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
1
In Canada, both Fido Solutions|Fido
and Rogers Wireless launched UMA
plans under the names UNO and
Rogers Home Calling Zone (later
rebranded Talkspot, and subsequently
rebranded again as Wi-Fi Calling),
respectively, on May 6,
2008.[http://www.newswire.ca/en/rel
eases/archive/May2008/06/c5578.ht
ml/ CNW Group Fido's home and
mobile calling are now 'UNO' with one
phone, one number and one bill]
https://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
1
Industry organization UMA Today tracks all
operator activities and handset development.
https://store.theartofservice.com/the-deployment-toolkit.html
Generic Access Network - Service deployments
1
UMA is not implemented in Asia, Australia, Africa
and some European countries.
https://store.theartofservice.com/the-deployment-toolkit.html
Neuf Cegetel - Mass market DSL deployment
In contrast with the North American
market, DSL is the dominant broadband
access technology in France, for several
reasons: the penetration of cable systems
has been relatively low; the incumbent
operator France Telecom and the domestic
telecom vendor Alcatel decided in the late
1990s that ADSL was strategically the best
choice; and a favorable regulatory
environment was subsequently offered to
1
https://store.theartofservice.com/the-deployment-toolkit.html
Neuf Cegetel - Mass market DSL deployment
1
France liberalised the long distance
market in 1998, organised LLU trials
with France Telecom in January 2000
and established a legal framework for
LLU in early 2001, but in practice
there was no real possibility for
alternative operators to be profitable
in the broadband access market until
2003-2004
https://store.theartofservice.com/the-deployment-toolkit.html
Neuf Cegetel - Mass market DSL deployment
1
Cegetel was amongst the first participants
of LLU trials in January 2000, but
subsequently slowed or froze its
investments in LLU, claiming the market
and regulatory conditions in France were
not acceptable
https://store.theartofservice.com/the-deployment-toolkit.html
Ubuntu Linux - Publicized large-scale deployments
1
The public sector has
also adopted Ubuntu
https://store.theartofservice.com/the-deployment-toolkit.html
Ubuntu Linux - Publicized large-scale deployments
1
In 2011, Ubuntu 10.04 was
adopted by the Indian
Justice system.
https://store.theartofservice.com/the-deployment-toolkit.html
Ubuntu Linux - Publicized large-scale deployments
1
The city of Munich, Germany has forked
Ubuntu 10.04 LTS and created LiMux for
use on the city's computers. Munich
expects to have all city computers using
LiMux by 2013.
https://store.theartofservice.com/the-deployment-toolkit.html
Ubuntu Linux - Publicized large-scale deployments
In March 2012, the government of Iceland
launched a project to get all public institutions
using free and open-source software. Already
several government agencies and schools
have adopted Ubuntu. The government cited
cost savings as a big factor for the decision,
and also stated that open source software
avoids vendor lock-in. A 12-month project has
launched to migrate the biggest public
institutions in Iceland to open-source, and
help ease the migration for others.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Ubuntu Linux - Publicized large-scale deployments
Incumbent U.S. President Barack
Obama's successful Barack Obama
presidential campaign, 2012|campaign for
re-election in 2012 used Ubuntu Linux in
its IT department.
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployment
* WiMAX access was used to assist
with communications in Aceh,
Indonesia, after the 2004 Indian
Ocean earthquake|tsunami in
December 2004. All communication
infrastructure in the area, other than
amateur radio, was destroyed, making
the survivors unable to communicate
with people outside the disaster area
and vice versa. WiMAX provided
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployment
1
* WiMAX hardware was donated by Intel
Corporation to assist the Federal
Communications Commission (FCC) and
Federal Emergency Management
Agency|FEMA in their communications
efforts in the areas affected by Hurricane
Katrina. In practice, volunteers used
mainly self-healing Mesh
networking|mesh, Voice over Internet
Protocol (VoIP), and a satellite uplink
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployments
1
As of October 2010, the WiMAX Forum
claimed over 592 WiMAX (fixed and
mobile) networks deployed in over 148
countries, covering over 621 million
subscribers. By February 2011, the
WiMAX Forum cited coverage of over
823 million people, and estimate over
1 billion subscribers by the end of the
year.Wimax Forum Industry Research
Report
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployments
1
South Korea launched a WiMAX network
in the 2nd quarter of 2006. By the end of
2008 there were 350,000 WiMAX
subscribers in Korea.The rise and rise of
HSPA | telecoms.com - telecoms industry
news, analysis and opinion
http://www.telecoms.com/12573/the-riseand-rise-of-hspa/
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployments
Worldwide, by early 2010 WiMAX
seemed to be ramping quickly
relative to other available
technologies, though access in North
America lagged.
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployments
Yota, the largest WiMAX network
operator in the world in 4Q
2009,Maravedis, 4Q 2009,
http://www.unova.ru/article/2631,
http://www.kommersant.ru/doc.aspx
?DocsID=1310343 announced in May
2010 that it will move new network
deployments to LTE and,
subsequently, change its existing
networks as well.Russia Today, May
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiMAX-Advanced - Deployments
1
A study published September 2010 by
Blycroft Publishing estimated 800
management contracts from 364
WiMAX operations worldwide offering
active services (launched or still
trading as opposed to just licensed
and still to launch).
https://store.theartofservice.com/the-deployment-toolkit.html
Real time control protocol - Scalability in large deployments
In large-scale applications, such as in
Internet Protocol Television (IPTV), very
long delays (minutes to hours) between
RTCP reports may occur, because of the
RTCP bandwidth control mechanism
required to control congestion (see
#Protocol functions)
1
https://store.theartofservice.com/the-deployment-toolkit.html
Real time control protocol - Scalability in large deployments
1
[http://www.academypublisher.com/jnw/vol
03/no03/jnw03030110.pdf Realtime control
protocol and its improvements for Internet
Protocol Television]
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
1
As business telephone systems have
adopted Voice over IP|VoIP
technology, support for wideband
audio has grown rapidly. Telephone
sets from Avaya, Cisco
Systems|Cisco, NEC Unified
Solutions, Grandstream
Networks|Grandstream, Gigaset
Communications|Gigaset, Polycom
(which brands wideband audio HD
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
Suppliers of integrated circuits for
telephony equipment, including DSP
Group, Broadcom, Infineon
Technologies|Infineon, and Texas
Instruments, include wideband audio in
their feature portfolios
1
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
1
A number of carriers around the world have
rolled out HD voice services based on the
G.722 wideband standard. In North America,
hosted service providers have recently
deployed the Aastra Hi-Q upgrade to its
installed user base and as of January 2010
claimed around 70,000 HD voice endpoints.
Consumer service provider ooma has an
estimated 25,000 HD voice endpoints
deployed stemming from its roll out of its
second-generation Telo hardware.
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
1
After years of trials, AMR-WB was made
commercially available in September
2009, when Orange Moldova|Orange
launched the world's first high-definition
voice service for mobile phones in
Moldova, the first time since the 1990s
that mobile voice technologies have been
subject to a significant evolution
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
* Apple Inc.|Apple announced on
September 12, 2012, that its newest
handset, the iPhone 5, would support
wideband audio on 20 carrier partners.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Wideband audio - Deployment
* As of January 2014, GSA a report
announces 93 commercial mobile HD
Voice networks launched in 66
countries.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Assessing Pupils Progress - Timeline for the deployment of APP in Core
Subjects
All schools in England and Wales
received training on APP during the
academic year 2008/9. During 2009/10
schools have been expected to trial
APP with at least one Year group with a
view to fully embedding the approach
from September 2010. Any school that
has not fully embedded APP by
September 2010 will be offered further
training to enable them to do so.
1
https://store.theartofservice.com/the-deployment-toolkit.html
UMTS-TDD - Deployment
UMTS-TDD has been deployed for
public and/or private networks in at
least nineteen countries around the
world, with live systems in, amongst
other countries, Australia, Czech
Republic, France, Germany, Japan,
New Zealand, South Africa, the UK,
and the USA.
1
https://store.theartofservice.com/the-deployment-toolkit.html
UMTS-TDD - Deployment
1
Deployments in the US thus far have
been limited. It has been selected for
a public safety support network used
by emergency responders in New
York, but outside of some
experimental systems, notably one
from Nextel, thus far the WiMAX
standard appears to have gained
greater traction as a general mobile
Internet access system.
https://store.theartofservice.com/the-deployment-toolkit.html
UMTS frequency bands - Deployments by region (UMTS-FDD)
The following table shows the
standardized UMTS bands and their
regional use. The main UMTS bands are
in 'bold' print.
1
https://store.theartofservice.com/the-deployment-toolkit.html
UMTS frequency bands - Deployments by region (UMTS-FDD)
1
* 'Networks on UMTS-bands 1 and 8 are
suitable for global roaming in ITU Regions
1, 2 (some countries) and 3.'
https://store.theartofservice.com/the-deployment-toolkit.html
UMTS frequency bands - Deployments by region (UMTS-FDD)
1
* Networks on UMTS-bands 2 and 4 allow roaming
in ITU Region 2 (Americas) only.
https://store.theartofservice.com/the-deployment-toolkit.html
ISDN - International deployment
A study. of the German Department of
Science shows the following spread of
ISDN-channels per 1000 inhabitants in the
year 2005:
1
https://store.theartofservice.com/the-deployment-toolkit.html
FOAF (software) - Deployment
1
Although it is a relatively simple use-case
and standard, FOAF has had limited
adoption on the web. For example, the
Live Journal and DeadJournal blogging
sites support FOAF profiles for all their
members,. My Opera community supports
FOAF profiles for members as well as
groups, FOAF support is present on
Identi.ca, FriendFeed, WordPress and
TypePad services.
https://store.theartofservice.com/the-deployment-toolkit.html
FOAF (software) - Deployment
Yandex blog search platform supports
search over FOAF profile information.
Prominent client-side FOAF support is
available in Safari (web browser)|Safari.
web browser, in the Semantic Radar
plugin for Firefox (web browser)|Firefox
browser, and in the RDF Detective plugin
for the Google Chrome browser.
1
https://store.theartofservice.com/the-deployment-toolkit.html
FOAF (software) - Deployment
1
There are also modules or plugins to
support FOAF profiles or FOAF+SSL
authorization for programming
languages, as well as for content
management systems.
http://drupal.org/project/foaf - FOAF
support for Drupal
https://store.theartofservice.com/the-deployment-toolkit.html
Weather buoy - Deployment and maintenance
1
A large network of coastal buoys near
the United States is maintained by the
National Data Buoy Center, with
deployment and maintenance
performed by the United States Coast
Guard
https://store.theartofservice.com/the-deployment-toolkit.html
Femtocell - Deployment
1
According to market research firm
Informa and the Femto Forum, as of
December 2010 18 operators have
launched commercial femtocell
services, with a total of 30 committed
to deployment.
https://store.theartofservice.com/the-deployment-toolkit.html
Femtocell - Deployment
1
At the end of 2011, femtocell shipments
had reached roughly 2 million units
deployed annually, and the market is
expected to grow rapidly with distinct
segments for consumer, enterprise,
and carrier-grade femtocell
deployments. Femtocell shipments are
estimated to have reached almost 2
million at the end of 2010. Research
firm Berg Insight estimates that the
https://store.theartofservice.com/the-deployment-toolkit.html
Femtocell - Deployment
Within the United States, the most
significant deployments up to December
2010 were by Sprint Nextel, Verizon
Wireless and ATT Wireless
1
https://store.theartofservice.com/the-deployment-toolkit.html
Femtocell - Deployment
1
In Asia, several service providers
have rolled out femtocell networks
https://store.theartofservice.com/the-deployment-toolkit.html
Femtocell - Deployment
1
In July 2009, Vodafone released the first
femtocell network in Europe,[
http://www.networkworld.com/news/2009/0
62409-vodafone-to-launch-3gfemtocell.html Vodafone Femtocell launch]
the Vodafone Access Gateway provided
by Alcatel-Lucent
https://store.theartofservice.com/the-deployment-toolkit.html
TD-LTE - Deployments and coverages
*In early 2011, China Mobile invested
CNY 1.5 billion on the '6+1 Scheme', in
which large-scale TD-LTE field trial was
conducted in 6 cities including
Shanghai, Guangzhou, Shenzhen,
Hangzhou, Nanjing, and
Xiamen.[http://www.gomonews.com/mo
bile-4g-china-mobile-rolling-out-td-ltetrials/ Mobile 4G: China Mobile Rolling
out TD-LTE Trials], GoMoNews, Jan
1
https://store.theartofservice.com/the-deployment-toolkit.html
TD-LTE - Deployments and coverages
1
**, China Mobile has sealed agreements
with 32 international telecom carriers, for
launching 27 TD-LTE trial
networks.[http://www.chinadaily.com.cn/m/
dalian/2011-09/15/content_13704377.htm
China Mobile Gets US Boost], China Daily,
Sep. 2011.
https://store.theartofservice.com/the-deployment-toolkit.html
TD-LTE - Deployments and coverages
*On 10 April 2012, Bharti Airtel|Airtel
launched 4G services using TD-LTE
technology in Kolkata, becoming the first
company in India to offer 4G services.
Since the initial launch, Airtel also
launched 4G in Bangalore, Pune and
Chandigarh.
1
https://store.theartofservice.com/the-deployment-toolkit.html
TD-LTE - Deployments and coverages
*On 30 December 2012, Dialog Axiata
launched Fixed 4G services using TD-LTE
technology in Sri Lanka. Sri Lanka's first
only Fixed 4G LTE Broadband operator is
Dialog Axiata|Dialog.
1
https://store.theartofservice.com/the-deployment-toolkit.html
TD-LTE - Deployments and coverages
*On 29 October 2013 Sprint
Corporation formally introduced
Spark, with speeds of 50-60Mbit/s
utilizing TDLTE.http://faster.sprint.com/feature_
post/introducing-sprint-spark/
Launched 11 November 2013 in New
York, Los Angeles, Chicago, Miami,
and Tampa
http://faster.sprint.com/2013/11/11/f
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
In November 2004, Intel and Samsung
Electronics executives agreed to ensure
compatibility between WiBro and Mobile
WiMAX
technology.[http://www.ibiztoday.com/eng/
articleviewer.html?art_id=50032lang=eng]
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
KT Corporation, SK Telecom and
Hanaro Telecom(acquired by SK
Telecom and renamed to SK
Broadband) had selected as Wibro
operators in January, 2005. However,
Hanaro Telecom has cancelled its plan
for the WiBro and returned WiBro
licence in April 2005.
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
In September 2005, Samsung
Electronics signed a deal with Sprint
Nextel Corporation to provide
equipment for a WiBro trial.
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
1
In November 2005, KT Corporation(aka
Korea Telecom) showed off WiBro trial
services during the Asia-Pacific
Economic Cooperation (APEC) summit
in Busan.
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
February 10, 2006: Telecom Italia, the
dominant telephony and internet service
provider in Italy, together with Korean
Samsung Electronics, has demonstrated
to the public a WiBro network service on
the occasion of the 2006 Winter
Olympics, held in Turin, with downlink
speed of 10Mbit/s and uplink speed of
some hundreds of kbit/s even in
movement up to
120km/h.[http://www.maxkava.com/20
06/02/wibro-torino-10-Mbit/s-in-
1
https://store.theartofservice.com/the-deployment-toolkit.html
WiBro - Network deployment
In the same event Samsung tlc div.
president Kitae Lee assured a future of
20–30Mbit/s by the end of this year (2006)
and ref name=maxkava1/ref
name=ktreferences/
1
https://store.theartofservice.com/the-deployment-toolkit.html
Triple play (telecommunications) - Deployments
The first triple-play deployment was by
Italian operator Fastweb
(telecommunications company)|Fastweb in
2001, using fibre to the home service and
one of the first triple-play home gateway
devices with embedded fibre
termination.http://www.totaltele.com/view.a
spx?C=0ID=442078 This enabled the
operator to deliver voice, video, and data
services to subscribers’ homes via its 10
1
https://store.theartofservice.com/the-deployment-toolkit.html
Triple play (telecommunications) - Deployments
Providers expect that an integrated
solution will increase opportunity costs for
customers who may want to choose
between service providers, permit more
cross-selling, and hold off the power
companies deploying G.hn and IEEE
P1901 technology with its radically
superior service and deployment
characteristics for at least another decade
or so.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Triple play (telecommunications) - Deployments
1
Outside the United States, notably in
Ecuador, Pakistan, India, Japan, and
China, power companies have
generally been more successful in
leapfrogging legacy technologies
https://store.theartofservice.com/the-deployment-toolkit.html
Triple play (telecommunications) - Deployments
1
Since 2007, access providers in Italy
have been participating in an initiative
called Fiber for Italy, which aims to
build an infrastructure that can deliver
100 Mbit/s symmetrical bandwidth to
consumers, in order to enable the
delivery of triple- and quad-play
services.Fastweb to launch 100 Mbit/s |
http://www.telecomsitaly.com/2008/08/f
astweb-to-launch-100-mbps-servicehttps://store.theartofservice.com/the-deployment-toolkit.html
Triple play (telecommunications) - Deployments
1
Other notable triple-play deployments
are Deutsche Telekom, Telecom Italia,
Swisscom, Telekom Austria, and Telus.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd)
1
'IPv4 Residual Deployment' ('4rd') is
an IPv6 transition mechanism that
permits providing IPv4 services
across the IPv6 network of an Internet
service provider (ISP).
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd)
1
4rd is similar tunneling technology to
IPv6 rapid deployment (6rd), the
mechanism specified for IPv6 rapid
deployment across IPv4 networks (RFC
5569 and RFC 5969). While 6rd targets
early phases of the transition period
form IPv4 to IPv6, when some networks
do not directly route IPv6 packets, 4rd
targets advanced phases when some
networks route IPv6 packets and no
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd) - Principles
1
4rd belongs to the family of transition
mechanisms based on IP tunnel|IPin-IP tunnels. This approach, unlike
those based on IPv4-IPv6 translation
mechanisms (RFC 6145), fully
preserves network End-to-end
principle|end-to-end transparency to
IPv4 packets.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd) - Principles
1
Within this family, and like 6rd, 4rd uses
automatic and stateless mappings
between IPv6 and IPv4 addresses. Also
like 6rd, it uses direct tunnel paths
between customer nodes, a difference
with centralized approaches of the Hubs
and Spokes model of RFC 4925.RFC
4925 Softwire Problem Statement
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd) - Principles
In recognition of IPv4 address
exhaustion, 4rd includes a
mechanism to statically share IPv4
addresses among several customers
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd) - History
After several early proposals from
individual sources, an Internet Draft was
submitted to the IETF, in March 2011, by
four authors from independent origins.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv4 Residual Deployment (4rd) - History
Before that, four Japanese ISPs had
expressed their intention to adopt 4rd as a
solution for IPv4 across their IPv6
networks.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Multiseat configuration - World's largest multiseat computer deployment
1
On February, 2009, The Brazil Ministry
of Education committed to deploy
350,000 Linux-based multiseat
computing stations in more than 45,000
rural and urban schools across the
country. The chosen companies to
implement this project were the
Canadian multiseat Linux software
company Userful Corporation, and its
Brazilian IT partner
ThinNetworks.http://www.backbonema
g.com/Magazine/Green_Trends_052709
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
AMR-WB has been standardized by a
mobile phone manufacturer consortium for
future usage in networks such as UMTS.
Its speech quality is high, but older
networks will have to be upgraded to
support a wide band codec.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In October 2006, first AMR-WB tests
were conducted in a deployed network
by T-Mobile in Germany, in
cooperation with
Ericsson.http://www.slashphone.com
/74/5630.html[http://www.tmobile.de/unternehmen/presse/0,18
07,17596-_,00.html T-Mobile press
release (in German)]
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
In 2007 end-to-end AMR-WB TrFO
capable 3G VoIP product line was
commercially released by Nokia Siemens
Networks|NSN (M13.6 Network switching
subsystem|MSS, U3C Media
gateway|MGW). AMR-WB TFO support
commercially released in 2008 (M14.2,
U4.0). End-to-end TFO/TrFO negotiation
and mid-call optimization (e.g. on
handover, Call forwarding|CF or Call
1
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In late 2009, Orange (UK) announced that
it would be introducing AMR-WB on its
network in
2010.http://newsroom.orange.co.uk/2009/
12/31/orange-to-launch-mobile-hd-voicein-2010-a-new-standard-for-the-uktelecoms-industry/Orange to launch
mobile HD Voice in 2010
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In France Orange and SFR are using this codec on
their 3G+ networks since the end of 2010 summer.
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
WIND Mobile in Canada launched HD
Voice (AMR-WB) on its 3G+ network in
February, 2011. WIND Mobile also
announced that several handsets will
support HD Voice (AMR-WB) in first half of
2011.
[http://newswire.ca/en/releases/archive/Fe
bruary2011/03/c7673.html WIND Mobile
press release on HD voice] First one being
Alcatel Tribe.WIND Mobile press release,
1
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In January 2013, T-Mobile became the first
GSM/UMTS based network in the US to
enable AMRWB.http://www.anandtech.com/show/6594
/tmobile-announces-amrwb-hd-voice-callsactive-on-its-network T-Mobile Announces
AMR-WB (HD Voice) Calls Active on its
Network
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In Feb 2013, Chunghwa Telecom became the first
GSM/UMTS based network in Taiwan to enable
AMR-WB.
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
In August 2013 the AMRWB standard was
introduced in Ukraine by
Kyivstar.
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
http://www.telecompaper.com/news/
kyivstar-launches-hd-voice--960156
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
Nokia
[http://press.nokia.com/PR/200407/9
53215_5.html developed] VMR-WB
codec for CDMA2000 networks, which
is fully interoperable with 3GPP AMRWB.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Adaptive Multi-Rate Wideband - Deployment
1
The AMR wideband speech codec shall be
supported in 3G multimedia services when
Wideband audio|wideband speech
working at 16kHz sampling frequency is
supported
https://store.theartofservice.com/the-deployment-toolkit.html
WCDMA - Deployment
1
The world's first commercial W-CDMA service,
FOMA, was launched by NTT DoCoMo in Japan
in 2001.
https://store.theartofservice.com/the-deployment-toolkit.html
WCDMA - Deployment
Elsewhere, W-CDMA deployments are
usually marketed under the UMTS brand.
See the main
Universal_Mobile_Telecommunications_S
ystem#Real-world_implementations|UMTS
article for more information.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IEEE 802.11u - Encourages mesh deployment
1
Because a relatively sophisticated set
of conditions can be presented,
arbitrary contracts could be presented
to the user, and might include
providing information on motive,
demographics or geographic origin of
the user. As such data is valuable to
tourism promotion and other public
functions, 802.11u is thought to
motivate more extensive deployment
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
1
IP multicast is widely deployed in
enterprises, commercial stock
exchanges, and multimedia content
delivery networks. A common
enterprise use of IP multicast is for
IPTV applications such as distance
learning and televised company
meetings.
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
Pay-TV operators and some
educational institutions with
significant on-campus student
housing have deployed IP multicast to
deliver one-way streaming media
such as high-speed video to large
groups of receivers
1
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
1
Another use of multicast within campus
and commercial networks is for file
distribution, particularly to deliver
Operating System images and updates
to remote hosts. The key advantage of
multicast boot images over unicasting
boot images is significantly lower
network bandwidth usage.
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
1
IP multicast has also seen deployment
within the financial sector for applications
such as stock tickers and hoot-n-holler
systems., a IP hoot-n-holler provider.
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
While IP multicast has seen some
success in each of these areas,
multicast services are generally not
available to the average end-user.
There are two major, related, factors
for this lack of widespread
deployment. First, forwarding
multicast traffic imposes a great deal
of protocol complexity on network
service providers. Second, core
1
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Deployment
1
RFC 3170 (IP Multicast Applications:
Challenges Solutions) provides an
overview of deployment issues.
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IP multicast - Commercial deployment
1
Starting in 2005,. the BBC has begun
encouraging UK-based Internet service
providers to adopt multicastaddressable services in their networks
by providing BBC Radio at higher
quality. than is available via their
unicast-addressed services. This has
also been supported by a variety of
commercial radio networks, including
BBC, GCap Media, EMAP and Virgin
https://store.theartofservice.com/the-deployment-toolkit.html
IP multicast - Commercial deployment
1
The German public-service broadcasters
ARD (broadcaster)|ARD. and ZDF and the
Franco-German network Arte offer their TV
program multicasted on several networks.
Austrian Internet service provider Telekom
Austria offers its Digital Subscriber Line
(DSL) customers a TV set-top box that
uses multicast addressing in receiving TV
and radio broadcasts. In Germany, THome, a brand of Deutsche Telekom,
offers a similar service.
https://store.theartofservice.com/the-deployment-toolkit.html
3GPP - Deployment
Since 2005, 3GPP systems were
seeing deployment in the same
markets as 3GPP2 systems (for
example, North AmericaCingular to
Deliver 3G Wireless Broadband
Services, Press Release, Cingular
Wireless, MediaRoom 30 November
2004)
1
https://store.theartofservice.com/the-deployment-toolkit.html
Solution Deployment Descriptor
1
'Solution Deployment Descriptor' ('SDD')
is a standard XML-based schema defining
a standardized way to express software
installation characteristics required for
lifecycle management in a multi-platform
environment.
https://store.theartofservice.com/the-deployment-toolkit.html
Solution Deployment Descriptor
1
The SDD defines schema for two XML
document types: Package Descriptors
and Deployment Descriptors. Package
Descriptors define characteristics of a
package used to deploy a solution.
Deployment Descriptors define
characteristics of the content of a
solution package, including the
requirements that are relevant for
creation, configuration, and
https://store.theartofservice.com/the-deployment-toolkit.html
ITU G.992.5 Annex M - Deployment
This standard was approved for
deployment on Australian networks by
the Australian Communications
Industry Forum (ACIF).
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment
'6rd' is a mechanism to facilitate 'IPv6
rapid deployment' across IPv4
infrastructures of Internet service providers
(Internet service provider|ISPs).
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment
1
A description of 6rd principles and of how
they were first used by Free (ISP)|Free is
published in RFC 5569.RFC 5569 IPv6
Rapid Deployment on IPv4 Infrastructures
(6rd)
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IPv6 rapid deployment
1
The detailed 6rd specification prepared for
Internet standard|standardization in the
IETF is available as RFC 5969.RFC 5969
IPv6 Rapid Deployment on IPv4
Infrastructures (6rd) -- Protocol
Specification
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IPv6 rapid deployment - History
1
In , Rémi Després— who was one of the
creators of the Transpac
(network)|Transpac data network in
France in the 1970s— proposed to Free
(ISP)|Free, the second largest ISP in
France, to use the 6rd mechanism he had
invented to rapidly deploy IPv6. While
Free had until then no short-term plan to
offer IPv6 service, Rani Assaf, the CTO of
Free, immediately decided to implement
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - History
1
announcing that IPv6
was available to Free's
customers was issued.
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IPv6 rapid deployment - History
1
The first draft describing the 6rd mechanism and
Free's deployment was submitted to IETF on .
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IPv6 rapid deployment - History
1
Initial draft After improvements, it was published on
as informational RFC 5569.
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IPv6 rapid deployment - History
1
In , a Working Group of the IETF approved
that its latest draft on 6rd should become,
after some more modifications, a
standards-track RFC. In , the standardstrack RFC 5969. was published.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - History
1
In Comcast made 6rd software for home gateway
devices available via open source for free.
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IPv6 rapid deployment - Comparison to 6to4
1
6to4 works by relaying traffic between
native IPv6 and IPv4 using relay
servers which advertise common IPv4
and IPv6 prefixes to networks they are
prepared to provide relay services for,
but there is no guarantee that all
native IPv6 hosts have a working route
toward such a relay
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Comparison to 6to4
1
Because 6rd relays can only be used
by a limited set of hosts that are all
under the control of the same
administrative entity, it also reduces
the scope for traffic anonymization
attacks such as those possible with
6to4.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Address space consumption
1
The simplest 6rd deployment, which uses
32 bits of IPv6 address space to map the
entire IPv4 address space, consumes
more address space than typical with IPv6
natively supported in all ISP routers. This
can be mitigated by omitting redundant
parts of the IPv4 address space, and in
some cases by deploying multiple 6rd
domains.
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IPv6 rapid deployment - Address space consumption
1
The default allocation of IPv6 space by an Regional
Internet Registry (RIR) is a 32-bit prefix
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IPv6 rapid deployment - Current usage
1
* Free (ISP)|Free has
used 6rd since
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IPv6 rapid deployment - Current usage
1
Comcast planned to deactivate their 6rd
service on June 30, 2011 in anticipation of
their wider deployment of native dual
stack.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* Charter Communications|Charter
has announced the planned
deployment of 6rd across their
network in 2012. They host a public
6rd border relay for their subscribers.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* The Linux kernel added support
for 6rd in version 2.6.33.
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IPv6 rapid deployment - Current usage
* The Japanese company SoftBank have
announced that they will begin rolling out IPv6
using 6rd.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* The Japanese company SAKURA
Internet began its 6rd trial in March
2011.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* Canadian ISP Videotron has deployed
6rd in beta on June 8, 2011 for customers
using a 6rd-ready router.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* Canadian ISP Rogers Communications
has deployed 6rd for customers with 6rdready routers. (Rogers has not however
disclosed its overall IPv6 deployment
strategy.) This service is typically down or
unavailable and is not officially supported.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
* In December 2011, Dutch ISP Telfort
announced it was starting an IPv6 pre-pilot
based on 6rd, inviting customers to
participate. As of January 2013, 6rd is
open as opt-in to all Telfort fixed line
(ADSL and VDSL) customers. The opt-in
means the customer has to enable 6RD in
the Telfort Zyxel modem to get IPv6
connectivity.
1
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* CenturyLink has supported 6rd since April 2012
including a list of compatible modems.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* In January 2013, Dutch ISP ZeelandNet
announced it was starting an IPv6 pre-pilot
based on 6rd, inviting customers to
participate. After the trail they expect to
have a native/dual-stack solution on their
EuroDOCSIS consumer network and
business fiber network. (in Dutch)
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* In February 2013, Swedish ISP Tele2
announced it had deployed 6RD
relays, inviting customers to
participate.
https://store.theartofservice.com/the-deployment-toolkit.html
IPv6 rapid deployment - Current usage
1
* As of June 12, 2013, Dutch ISP OnsBrabantNet
supports 6rd on their network.
https://store.theartofservice.com/the-deployment-toolkit.html
Lean Startup - Continuous deployment
1
The phrase was coined by Timothy Fitz,
one of Ries’s colleagues and an early
engineer at
IMVU.[http://timothyfitz.wordpress.com/20
09/02/10/continuous-deployment-at-imvudoing-the-impossible-fifty-times-a-day/
Continuous Deployment at IMVU: Doing
the impossible fifty times a day]
https://store.theartofservice.com/the-deployment-toolkit.html
Software-defined networking - SDN deployment models
1
::In an asymmetric model, SDN global
information is centralized as much as
possible, and edge driving is
distributed as much as possible
https://store.theartofservice.com/the-deployment-toolkit.html
Software-defined networking - SDN deployment models
1
::In a flood-based model, a significant
amount of the global information
sharing is achieved using well known
broadcast and multicast mechanisms
https://store.theartofservice.com/the-deployment-toolkit.html
Software-defined networking - SDN deployment models
::In a host-based model an
assumption is made regarding use of
SDN in data-centers with lots of virtual
machines moving to enable elasticity
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software-defined networking - SDN deployment models
1
::Some of the lines between these
design models may not be
completely sharp
https://store.theartofservice.com/the-deployment-toolkit.html
Mars Express - MARSIS deployment
The radar booms were originally
scheduled to be deployed in April 2004,
but this was delayed out of fear that the
deployment could damage the spacecraft
through a whiplash effect
1
https://store.theartofservice.com/the-deployment-toolkit.html
Mars Express - MARSIS deployment
The deployment of the booms was a
critical and highly complex task requiring
effective inter-agency cooperation ESA,
NASA, Industry and public Universities.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Mars Express - MARSIS deployment
Nominal science observations began
during July 2005. (For more info,
see,[http://www.newscientist.com/article.ns
?id=dn7360 Glitch strikes Mars Express's
radar boom - space - May 9, 2005 - New
Scientist][http://www.newscientist.com/arti
cle.ns?id=dn7369 Mars Express's kinky
radar straightened out - space - May 12,
2005 - New Scientist] and
[http://www.esa.int/esaCP/SEMEV82DU8E
1
https://store.theartofservice.com/the-deployment-toolkit.html
Mathematica - Deployment
1
*Mathematica Player Pro is a runtime
version of Mathematica that will run
any Mathematica application but does
not allow editing or creation of the
code.[http://www.gizmag.com/mathema
tica-player-pro-new-applicationdelivery-system-for-mathematica/9096/
Mathematica Player Pro - new
Application Delivery System for
Mathematica] www.gizmag.com
https://store.theartofservice.com/the-deployment-toolkit.html
Mathematica - Deployment
*A gratis versus libre|free-of-charge
version, Wolfram CDF Player, is provided
for running Mathematica programs that
have been saved in the Computable
Document Format
(CDF).[http://wolfram.com/cdf Computable
Document Format for Interactive Content]
It can also view standard Mathematica
files, but not run them. It includes plugins
for common web browsers on Windows
1
https://store.theartofservice.com/the-deployment-toolkit.html
Mathematica - Deployment
1
*webMathematica allows a web browser to
act as a front end to a remote
Mathematica server. It is designed to allow
a user written application to be remotely
accessed via a browser on any platform. It
may not be used to give full access to
Mathematica.
https://store.theartofservice.com/the-deployment-toolkit.html
Mathematica - Deployment
1
*Mathematica code can be converted to C code or
to an automatically generated DLL.
https://store.theartofservice.com/the-deployment-toolkit.html
Concentrating solar power - Deployment around the world
1
The commercial deployment of CSP
plants started by 1984 in the US with
the Solar Energy Generating
Systems|SEGS plants until 1990 when
the last SEGS plant was completed.
From 1991 to 2005 no CSP plants were
built anywhere in the world.
https://store.theartofservice.com/the-deployment-toolkit.html
Concentrating solar power - Deployment around the world
Source:[http://www.cspworld.com/resources/4-csp-facts-figures
CSP Facts Figures]. Csp-world.com.
Retrieved on 22 April
2013.[http://www.irena.org/DocumentDow
nloads/Publications/RE_Technologies_Co
st_Analysis-CSP.pdf Concentrating Solar
Power]. irena.org, p. 11.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
1
The most common mission for cruise
missiles is to attack relatively highvalue targets such as ships, command
bunkers, bridges and dams. Modern
guidance systems permit precise
attacks.
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
(As of 2001) the BGM-109 Tomahawk
missile model has become a significant
part of the US naval arsenal. It gives ships
and submarines an extremely accurate,
long-range, conventional land attack
weapon. Each costs about
US$830,000.http://www.bbc.co.uk/news/uk
-12806709 According to Prof Malcolm
Charmers of defence think-tank the Royal
United Services Institute Both the
1
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Cruise missile - Deployment
1
The United States Air Force|US Air Force
deploys an air-launched cruise missile, the
AGM-86. The B-52 Stratofortress is the
exclusive delivery vehicle for the AGM-86
and AGM-129 ACM. Both missile types are
configurable for either conventional or
nuclear warheads.
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
1
Both BGM-109 Tomahawk|Tomahawk (as
BGM-109) and ALCM (AGM-86) were
competing designs for the USAF. ALCM
nuclear tipped cruise missile to be carried
by the Boeing B-52 Stratofortress|B-52
heavy bomber.
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
The USAF adopted the AGM-86 for its
bomber fleet while AGM-109 was adapted
to launch from trucks and ships and
adopted by the USAF and Navy.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
1
The truck-launched versions, and also the
Pershing II and SS-20 Intermediate Range
Ballistic Missiles, were later destroyed
under the bilateral INF (Intermediate
Range Nuclear Forces) treaty with the
USSR.
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
1
The British Royal Navy (RN) also operates
cruise missiles, specifically the US-made
Tomahawk, used by the RN's nuclear
submarine fleet. UK conventional warhead
versions were first fired in combat by the
RN in 1999, during the Kosovo War (the
US fired cruise missiles in 1991). The
Royal Air Force uses the Storm Shadow
cruise missile on its Tornado GR4 aircraft.
It is also used by France, where it is
https://store.theartofservice.com/the-deployment-toolkit.html
Cruise missile - Deployment
1
India and Russia have jointly developed the
supersonic cruise missile BrahMos
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Face recognition - Notable users and deployments
The Pennsylvania Justice Network
searches crime scene photographs and
CCTV footage in the mugshot database
of previous arrests
1
https://store.theartofservice.com/the-deployment-toolkit.html
L4 microkernel family - Commercial deployment
In November 2005, NICTA
[http://www.nicta.com.au/director/mediace
ntre/media_releases_2005.cfm?viewArticl
e=trueitem_id=2563startrow=1
announced] that Qualcomm was deploying
NICTA's L4 version on their Mobile Station
Modem chipsets
1
https://store.theartofservice.com/the-deployment-toolkit.html
L4 microkernel family - Commercial deployment
1
In April 2008, OK Labs released OKL4 2.1,
which is the first public version of L4 using
capability-based protection. OKL4 3.0 was
released in October 2008.
https://store.theartofservice.com/the-deployment-toolkit.html
DOSBox - Commercial deployment
Id Software has used DOSBox to rerelease vintage games such as
Wolfenstein 3D and Commander Keen on
Valve Corporation|Valve's Steam
(software)|Steam
1
https://store.theartofservice.com/the-deployment-toolkit.html
EMBMS - Deployment
1
MBMS Mobile Broadcast technology
has never been deployed by any
operator in the world, as opposed to
other technologies such as DVB-H,
ATSC-MH or ISDB-Tmm.
https://store.theartofservice.com/the-deployment-toolkit.html
EMBMS - Deployment
1
Various mobile operators in the UK had
conducted trials for MBMS-based
mobile
TV.[http://broadcastengineering.com/RF
/orange_tmobile_plan_mbms_0219/
Orange, T-Mobile UK plan MBMS-based
mobile TV trial in the U.K.] There is no
indication that these trials resulted in
any commercial deployment.
https://store.theartofservice.com/the-deployment-toolkit.html
EMBMS - Deployment
In 2013,
[http://www.pcmag.com/article2/0,2817,24
14062,00.asp Verizon Eyes Broadcast
Over LTE for Super Bowl 2014] By Chloe
Albanesius, PC Magazine, January 8,
2013 Verizon was the first operator to
announce that it will launch eMBMS
services, in 2014, over its LTE networks
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment
1
'Software deployment' is all of the activities that
make a software system available for use.
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment
Therefore, deployment should be
interpreted as a general process that has
to be customized according to specific
requirements or characteristics
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
;Release : The Software release|release
activity follows from the completed
software development
process|development process. It includes
all the operations to prepare a system for
Compiler|assembly and transfer to the
customer site. Therefore, it must
determine the Resource (computer
science)|resources required to operate at
the customer site and collect information
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Software deployment - Deployment activities
1
;Install and activate : Activation is the
activity of starting up the executable
component of software. For simple
system, it involves establishing some
form of Command
(computing)|command for execution.
For complex systems, it should make
all the supporting systems ready to
use.
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
:In larger software deployments, the
working copy of the software might be
installed on a production server in a
production environment. Other
versions of the deployed software may
be installed in a test environment,
Development environment (software
development process)|development
environment and disaster recovery
environment.
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
; Deactivate : Deactivation is the
inverse of activation, and refers to
shutting down any executing
components of a system. Deactivation
is often required to perform other
deployment activities, e.g., a software
system may need to be deactivated
before an update can be performed.
The practice of removing infrequently
used or obsolete systems from service
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
; Adapt : The adaptation (computer
science)|adaptation activity is also a
process to modify a software system
that has been previously installed. It
differs from updating in that
adaptations are initiated by local events
such as changing the runtime
environment|environment of customer
site, while updating is mostly started
from remote software producer.
1
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Software deployment - Deployment activities
1
; Update : The update process replaces an
earlier version of all or part of a software
system with a newer release.
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
; Built-In : Mechanisms for installing
updates are built into some software
systems. Automation of these update
processes ranges from fully automatic to
user initiated and controlled. Norton
Internet Security is an example of a
system with a semi-automatic method for
retrieving and installing updates to both
the antivirus definitions and other
components of the system. Other software
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
; Version tracking : Version tracking
systems help the user find and install
updates to software systems installed
on PCs and local networks.
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
:*Web based version tracking systems
notify the user when updates are available
for software systems installed on a local
system. For example:
VersionTracker|VersionTracker Pro checks
software versions on a user's computer
and then queries its database to see if any
updates are available.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
:* Local version tracking system
notifies the user when updates are
available for software systems
installed on a local system. For
example: Software Catalog stores
version and other information for each
software package installed on a local
system. One click of a button launches
a browser window to the upgrade web
page for the application, including
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
:* Browser based version tracking
systems notify the user when updates
are available for software packages
installed on a local system. For
example: wfx-Versions is a Firefox
extension which helps the user find the
current version number of any program
listed on the web.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
; Uninstall : Uninstallation is the
inverse of installation. It is the
removal of a system that is no longer
required. It also involves some
reconfiguration of other software
systems in order to remove the
uninstalled system’s Computer
file|files and Coupling (computer
science)|dependencies.
1
https://store.theartofservice.com/the-deployment-toolkit.html
Software deployment - Deployment activities
1
; Retire : Ultimately, a software system is
marked as obsolete and Technical
support|support by the producers is
withdrawn. It is the end of the Product life
cycle management|life cycle of a software
product.
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Software deployment - Deployment roles
1
Typical roles involved in software deployments for
enterprise applications may include:
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Software deployment - Deployment roles
1
** operations project managers: see Information
Technology Infrastructure Library
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Automatic meter reading - Notable deployments
1
Construction practices, weather, and the
need for information drive utilities in
different parts of the world towards AMR at
different rates. In the US, there have been
significant fixed network deployments of
both RF based and PLC based
technologies.[http://www.pplelectric.com/N
R/rdonlyres/202A6200-A8EE-4433-9FDA0DA738570592/0/StatementofReasons.pd
f] PPL 1.3 million residential and
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Automatic meter reading - Notable deployments
1
[http://tdworld.com/customer_service/powe
r_swedish_utility_amr/] Sweden,
(Vattenfall) 850k meters AMR systems
throughout the entire country.
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Royal Navy - Current deployments
1
There is always a Falkland
Islands patrol vessel on
deployment, currently .
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Royal Navy - Current deployments
1
In 2011 the first deployment of the task
group occurred under the name
'COUGAR 11' which saw them transit
through the Mediterranean where they
took part in multinational amphibious
exercises before moving further east
through the Suez Canal for further
exercises in the Indian
Ocean.[http://www.royalnavy.mod.uk/op
erations-andhttps://store.theartofservice.com/the-deployment-toolkit.html
Royal Navy - Current deployments
1
In the Persian Gulf, the RN sustains
commitments in support of both
national and coalition efforts to
stabilise the region
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Royal Navy - Current deployments
1
This deployment typically consists of
a Type 23 frigate|frigate and a Echoclass survey ship (2002)|survey
vessel, operating separately
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List of digital television deployments by country
This is a 'list of digital television
deployments by country', which
summarises the process and progress of
transition from Analog television|analogue
to digital broadcasting.
1
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List of digital television deployments by country
1
The transition to digital television is a
process that is happening at different
paces around the world. Although
digital satellite television is now
commonplace, the switch to digital
cable television|cable and terrestrial
television has taken longer. See also
Digital terrestrial television.
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List of digital television deployments by country
1
Not all countries are compatible within
each standard DVB-T, ATSC (North
America), Digital Multimedia
Broadcasting|DMB (China), ISDB (of
which there are two incompatible
variations used in Japan and South
America respectively)
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List of digital television deployments by country
1
Important DVB-T standards are UK Dbook for UK Freeview (UK)|Freeview and
Nordig 2.2 for Scandinavia and Ireland.
Ireland deviates from Nordig by using UK
profile MHEG5 middleware rather than
MHP.
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List of digital television deployments by country - Botswana
1
ISDB-T International is adopted as the first
country in Africa on February 26, 2013,
evaluated the hierarchical mode of
operation, which allows for the
simultaneous transmission to fixed, mobile
and portable receivers from a single
transmitter, advantageous over DVB-T2.
Broadcasting in digital drives to transform
Botswana into an E-Society.
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List of digital television deployments by country - Mozambique
1
The earliest form of digital television in
Mozambique began in 1996 with
Southern African pay-TV operator DStv
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List of digital television deployments by country - Morocco
1
National Television Company in Morocco started
DVB-T based digital TV deployment on February
2007.
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List of digital television deployments by country - Morocco
1
Digital TV is now available in the following
cities and their regions: Casablanca,
Benslimane, Settat, Nouaceur, Mediouna,
Mohammedia, Rabat, Salé, SkhiratTemara, Kenitra, Sidi Kacem, Khemisset,
Meknes, Fes, Oujda, Tanger and
Marrakech.
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List of digital television deployments by country - Namibia
While Namibia's public broadcasters
still rely on analogue transmission and
have not announced a transition date to
digital television, the pay-TV operator
MultiChoice already operates a digital
television service using the DVB-T
standard.
1
https://store.theartofservice.com/the-deployment-toolkit.html
List of digital television deployments by country - South Africa
The first digital television
implementation in South Africa was a
satellite-based system launched by
pay-TV operator MultiChoice in 1995
1
https://store.theartofservice.com/the-deployment-toolkit.html
List of digital television deployments by country - Cambodia
1
Digital television trial has been done on
November 9, 2000 - May 31, 2001 and
official was launched on November 9,
2010 by TV5. Analog switch-off will be
2015-2020.
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List of digital television deployments by country - China
1
In June and September 2003, the State
Administration of Radio, Film, and
Television (SARFT) selected 41
experimental spots for digital
television trials and launched the
trials later before year end 2003
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List of digital television deployments by country - China
1
In 2004, debates arose about whether
the digital television technology by
Tsinghua University or Shanghai Jiao
Tong University should be adopted as
the national standards. Finally, in late
July 2007, China announced the final
version of standards as a combined
one and Tsinghua succeeded in this
battle as 95% of its technology has
been adopted.
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List of digital television deployments by country - China
1
On September 1, 2005, the first HDTV
channel in China, which would be
broadcast nation-wide later, began to
air in Hangzhou.
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List of digital television deployments by country - Hong Kong
On December 31, 2007, local
broadcasters started to air Highdefinition television|HD TV (1920X1080i)
using Chinese DMB-T/H|DMB-TH
standard. Currently, there are 2 HD
channels with one airing 24 hours daily.
Hong Kong broadcasters are keen to use
whichever standard People's Republic of
China|China adopts, since doing so
would allow them to transmit into the
lucrative market in Southern China, and
would lessen the need for costly format
1
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List of digital television deployments by country - Indonesia
1
Indonesia started experimenting with
digital TV broadcasting in 2008. In
2012, the Ministry of Communication
and Information Technology decided
that Indonesia would use the DVBT.http://tvdigital.kominfo.go.id/?pag
e_id=7 Later that year, the
government began implementing its
plan for DTT. It is expected that
Indonesia will reach total analog shuthttps://store.theartofservice.com/the-deployment-toolkit.html
List of digital television deployments by country - Iran
1
Iran started the transition to digital TV
broadcasting in 2009 using DVB-T
MPEG-4 standard. Iran plans to
completely switch over to digital TV by
2015. As of summer of 2011, Iranian
digital TV broadcast covered 40% of
Iran's population.
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List of digital television deployments by country - Israel
1
The Second Authority for Television and
Radio is responsible for the deployment of
the system - the project name is Idan+
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List of digital television deployments by country - Japan
1
Japan pioneered HDTV with an analog
implementation. The old system is not
compatible with the new digital
standards. Japanese Terrestrial
television|terrestrial broadcasting of
HD via ISDB|ISDB-T started on
December 1, 2003 in the Tokyo,
Osaka, and Nagoya metropolitan
areas of Japan, and expanded to the
outer areas before September 30, 2007.
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List of digital television deployments by country - Japan
1
The Japanese government is studying the
implementation of some improvements on
the standard as suggested by Brazilian
researchers (SBTVD). These new features
are unlikely to be adopted in Japan due to
incompatibility problems, but are being
considered for use in future
implementations in other countries,
including Brazil itself.
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List of digital television deployments by country - Japan
The move to DTV by consumers is
relatively slow, partly because highdefinition televisions are very
expensive. Additionally there have been
issues with the B-CAS system and
Digital Rights Management in respect
to the home recording of broadcasts.
1
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List of digital television deployments by country - Japan
1
On December 20, 2007, the Japan
Electronics and Information
Technology Industries
Association|Japanese electronics
industry association set the rule (of
copy control) for DTT broadcasting
that allows consumers up 10 times
more Dubbing (music)|dubbing of
entire TV program with video and
audio into DVD recorder and etc
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List of digital television deployments by country - Japan
1
On April 3, 2008, DPA (The Association for
Promotion of Digital Broadcasting-Japan)
announced that there has been a total
32.71 million of DTT (ISDB-T) receiving
television sets (except 1seg receivers)
installed in Japan as of end of March 2008
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List of digital television deployments by country - Japan
From January 22 to January 24, 2010,
analog television broadcasting was
suspended for 48 hours as part of a
rehearsal to approximately 7,000 homes in
Suzu, Ishikawa|Suzu and part of Noto,
Ishikawa|Noto.[http://mytown.asahi.com/is
hikawa/news.php?k_id=180000010012300
01 アナログ停波実験 問い合わせ相次ぐ
](lit. Analog stop experiment, inquiries
arisen) 2010-01-23Asahi Shimbun|Asahi
1
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List of digital television deployments by country - Japan
On July 24, 2010 at noon, analog TV
transmission officially ended in Suzu
and parts of Noto (approximately 8,800
homes) as part of the rehearsal plan
that took place one year ahead of the
nationwide shutdown, which was
scheduled to start on July 24, 2011.
Though this analog broadcasting
shutdown is in a small, rural area, it is
the first complete analog shutdown in
1
https://store.theartofservice.com/the-deployment-toolkit.html
List of digital television deployments by country - Japan
1
On April 20, 2011, the Ministry of Internal
Affairs and Communications confirmed
that the analog terrestrial TV service will
shut down on July 24 in 44 of the 47
prefectures
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List of digital television deployments by country - South Korea (Republic of Korea)
1
After a long controversy between the
government and broadcasters in South
Korea, ATSC was chosen over DVB-T
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List of digital television deployments by country - Malaysia
1
Malaysia started DVB-T tests in 2006,
but the official launch and analog
shutdown has been plagued by
numerous delays.
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