Introducing TCP/IP
... – When TCP/IP is configured on the client computer, the Obtain an IP address automatically option button is the only necessary set-up element. Everything is automatic – The next time the workstation attempts to access the network (older versions of Windows must be rebooted first), it broadcasts a DH ...
... – When TCP/IP is configured on the client computer, the Obtain an IP address automatically option button is the only necessary set-up element. Everything is automatic – The next time the workstation attempts to access the network (older versions of Windows must be rebooted first), it broadcasts a DH ...
Cookbook for IPv6 Renumbering in ISP and Enterprise
... an IPv6 Network without a Flag Day” [BAKER] and “Things to think about when Renumbering an IPv6 network” [THINK]. In Section 2 we describe the original set of planned enterprise experiments for IPv6 network renumbering, some of which have been achieved, others of which will be undertaken during July ...
... an IPv6 Network without a Flag Day” [BAKER] and “Things to think about when Renumbering an IPv6 network” [THINK]. In Section 2 we describe the original set of planned enterprise experiments for IPv6 network renumbering, some of which have been achieved, others of which will be undertaken during July ...
DNET-UM004 - Literature Library
... requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams. No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or sof ...
... requirements associated with any particular installation, Rockwell Automation, Inc. cannot assume responsibility or liability for actual use based on the examples and diagrams. No patent liability is assumed by Rockwell Automation, Inc. with respect to use of information, circuits, equipment, or sof ...
DEPLOYMENT IPV6 OVER IPV4 NETWORK INFRASTRUCTURE Tien Dung Hoang
... classes (A, B and C). They are different in bit numbers of Network-ID and Host-ID. This way has a limitation because IPv4 addresses were drained dramatically due to using classes inefficiently. In 1990, Classless Inter-Domain Routing (CIDR) technique was built based on address mask. CIDR was tempora ...
... classes (A, B and C). They are different in bit numbers of Network-ID and Host-ID. This way has a limitation because IPv4 addresses were drained dramatically due to using classes inefficiently. In 1990, Classless Inter-Domain Routing (CIDR) technique was built based on address mask. CIDR was tempora ...
APNIC Tutorial: IPv6 Essentials
... discovery process [Path MTU Discovery] to determine most optimum MTU size before creating end to end session • In this discovery process, the source IPv6 device attempts to send a packet at the size specified by the upper IP layers [i.e TCP/Application]. • If the device receives an ICMP packet to ...
... discovery process [Path MTU Discovery] to determine most optimum MTU size before creating end to end session • In this discovery process, the source IPv6 device attempts to send a packet at the size specified by the upper IP layers [i.e TCP/Application]. • If the device receives an ICMP packet to ...
IPv6 Lab
... functions (network server logs, one way delay calculation, ...). There is an list of IPv6 NTP servers available at: http://eng.hexago.com/services/ntp.shtml An IPv6 release of ntpdate can be found at the following ...
... functions (network server logs, one way delay calculation, ...). There is an list of IPv6 NTP servers available at: http://eng.hexago.com/services/ntp.shtml An IPv6 release of ntpdate can be found at the following ...
Advanced Networking: Network Address Translation (NAT)
... • STUN-enabled hosts send an exploratory message to the external STUN server to determine the transmit and receive ports to use • The STUN server examines the incoming message and informs the client which public IP address and ports were used by the NAT • These are communicated to e.g. – SIP proxies ...
... • STUN-enabled hosts send an exploratory message to the external STUN server to determine the transmit and receive ports to use • The STUN server examines the incoming message and informs the client which public IP address and ports were used by the NAT • These are communicated to e.g. – SIP proxies ...
ITE PC v4.0 Chapter 1 - Marion County Public Schools
... allows IPv6-enabled devices to communicate with IPv4enabled devices using a translation technique similar to NAT for IPv4. An IPv6 packet is translated to an IPv4 packet, and vice versa. Do buttons on 8.2.1.2 ...
... allows IPv6-enabled devices to communicate with IPv4enabled devices using a translation technique similar to NAT for IPv4. An IPv6 packet is translated to an IPv4 packet, and vice versa. Do buttons on 8.2.1.2 ...
IP Multicast
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
STANAG 5066 Update - HFIA, High Frequency Industry Association
... to what extent should token-relay be supported? the previous draft and implementations support one token-relay topology only, i.e., only on token relayer is allowed in the network; BUT USN has recently developed and tested a robust token-relay approach for sparse topologies where more than one ...
... to what extent should token-relay be supported? the previous draft and implementations support one token-relay topology only, i.e., only on token relayer is allowed in the network; BUT USN has recently developed and tested a robust token-relay approach for sparse topologies where more than one ...
ppt
... source = origin of multicast stream multicast address = an IP address in the Class D range (224.0.0.0 – 239.255.255.255), used to refer to multiple recipients. A multicast address is also called a multicast group or channel. multicast stream = stream of IP packets with multicast address for IP desti ...
... source = origin of multicast stream multicast address = an IP address in the Class D range (224.0.0.0 – 239.255.255.255), used to refer to multiple recipients. A multicast address is also called a multicast group or channel. multicast stream = stream of IP packets with multicast address for IP desti ...
Multicast Basic Concept
... – See Table 14.1 for permanent multicast addresses – Still have 248 Million class D addresses can be used. ...
... – See Table 14.1 for permanent multicast addresses – Still have 248 Million class D addresses can be used. ...
Cisco Discovery Protocol (CDP)
... •Network layer routed protocol independent (IP, IPX, AppleTallk, etc) •Enabled on all Cisco devices by default •Sent as a multicast every 60 seconds out of all functioning interfaces, which enables neighbor Cisco devices collect information about each other. ...
... •Network layer routed protocol independent (IP, IPX, AppleTallk, etc) •Enabled on all Cisco devices by default •Sent as a multicast every 60 seconds out of all functioning interfaces, which enables neighbor Cisco devices collect information about each other. ...
The Internet and Education
... “One to One” • An address destined for a single interface. • A packet sent to a unicast address is delivered to the interface identified by that address. “One to Many” • An address for a set of interfaces (typically belonging to different nodes). • A packet sent to a multicast address will be delive ...
... “One to One” • An address destined for a single interface. • A packet sent to a unicast address is delivered to the interface identified by that address. “One to Many” • An address for a set of interfaces (typically belonging to different nodes). • A packet sent to a multicast address will be delive ...
3GPP report skeleton
... provision of handling security and privacy concerns of the users and the data being communicated. Since the IoT core is envisioned as an IP based network and supports different telecommunication infrastructures such as DSL, Cellular networks, etc, the gateway is connected to numerous sensors using i ...
... provision of handling security and privacy concerns of the users and the data being communicated. Since the IoT core is envisioned as an IP based network and supports different telecommunication infrastructures such as DSL, Cellular networks, etc, the gateway is connected to numerous sensors using i ...
Chapter27(IPv6 and ICMPv6)
... Related protocols, such as ICMP, were also changed. Other protocols in the network layer, such as ARP , RARP, and IGMP, were either deleted or included in the ICMP protocol. Routing protocols, such as RIP and OSPF, were also slightly modified to accommodate these changes. ...
... Related protocols, such as ICMP, were also changed. Other protocols in the network layer, such as ARP , RARP, and IGMP, were either deleted or included in the ICMP protocol. Routing protocols, such as RIP and OSPF, were also slightly modified to accommodate these changes. ...
ch08
... – Service that provides a way for client computer to request IP address assignment – Delivers necessary configuration information to clients – Traces its origins back to an earlier protocol named BOOTP – Servers can manage one or more ranges of IP addresses ...
... – Service that provides a way for client computer to request IP address assignment – Delivers necessary configuration information to clients – Traces its origins back to an earlier protocol named BOOTP – Servers can manage one or more ranges of IP addresses ...
Multicasting
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
chap_19_1
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
... router doesn’t know every host in a group • needs to know at least one group member still active • each host in group sets timer with random delay • host hearing another report cancels own • if timer expires, host sends report • only one member of each group reports to router ...
IPv6 Addressing
... • 64 host bits means that there can be ~18 quintillion devices on one subnet 18,446,744,073,709,551,616 unique addresses per subnet In a “normal” IP network, this is absolutely ludicrous But what if you only need to uniquely identify objects? ...
... • 64 host bits means that there can be ~18 quintillion devices on one subnet 18,446,744,073,709,551,616 unique addresses per subnet In a “normal” IP network, this is absolutely ludicrous But what if you only need to uniquely identify objects? ...
VLSM and CIDR
... Classful and Classless IP Addressing Classes of IP addresses are identified by the decimal number of the 1st octet Class A address begin with a 0 bit Range of class A addresses = 0.0.0.0 to 127.255.255.255 Class B address begin with a 1 bit and a 0 bit Range of class B addresses = 128.0.0.0 to 19 ...
... Classful and Classless IP Addressing Classes of IP addresses are identified by the decimal number of the 1st octet Class A address begin with a 0 bit Range of class A addresses = 0.0.0.0 to 127.255.255.255 Class B address begin with a 1 bit and a 0 bit Range of class B addresses = 128.0.0.0 to 19 ...
Document
... • Usually connects two routers • Normally requires public IPv4 address • Uses public relay routers • 192.88.9.1 is 6to4 anycast address • Challenging to set up ...
... • Usually connects two routers • Normally requires public IPv4 address • Uses public relay routers • 192.88.9.1 is 6to4 anycast address • Challenging to set up ...
I²C
I²C (Inter-Integrated Circuit), pronounced I-squared-C, is a multi-master, multi-slave, single-ended, serial computer bus invented by Philips Semiconductor (now NXP Semiconductors). It is typically used for attaching lower-speed peripheral ICs to processors and microcontrollers. Alternatively I²C is spelled I2C (pronounced I-two-C) or IIC (pronounced I-I-C). Since October 10, 2006, no licensing fees are required to implement the I²C protocol. However, fees are still required to obtain I²C slave addresses allocated by NXP.Several competitors, such as Siemens AG (later Infineon Technologies AG, now Intel mobile communications), NEC, Texas Instruments, STMicroelectronics (formerly SGS-Thomson), Motorola (later Freescale), and Intersil, have introduced compatible I²C products to the market since the mid-1990s.SMBus, defined by Intel in 1995, is a subset of I²C that defines the protocols more strictly. One purpose of SMBus is to promote robustness and interoperability. Accordingly, modern I²C systems incorporate policies and rules from SMBus, sometimes supporting both I²C and SMBus, requiring only minimal reconfiguration.