suggested
... •“MUST implement an IPIP (protocol 41) encapsulation function for CoAP traffic” •“SHOULD also provide one of: an IPIP encapsulation of HTTP traffic on TCP port TBD to the registrar, an HTTP proxy which accepts URLs that reach the Registrar, or a TCP circuit proxy that connects the New Node to the Re ...
... •“MUST implement an IPIP (protocol 41) encapsulation function for CoAP traffic” •“SHOULD also provide one of: an IPIP encapsulation of HTTP traffic on TCP port TBD to the registrar, an HTTP proxy which accepts URLs that reach the Registrar, or a TCP circuit proxy that connects the New Node to the Re ...
Network topology models.
... Peer-to-peer vs. client-server networks. In peer-to-peer networking, there is no central control of network resources. Each node determines what it will share and what it will not share. In client-server networking, there is central control of shared network resources with a server controlling acces ...
... Peer-to-peer vs. client-server networks. In peer-to-peer networking, there is no central control of network resources. Each node determines what it will share and what it will not share. In client-server networking, there is central control of shared network resources with a server controlling acces ...
STICS: SCSI-To-IP Cache for Storage Area Networks
... In addition to being a storage component of the SAN, STICS performs network cache functions for a smooth and efficient SAN implementation over IP network. Another important related effort is Petal [27, 48], a research project of Compaq’s Systems Research Center. Petal uses a collection of NAS-like s ...
... In addition to being a storage component of the SAN, STICS performs network cache functions for a smooth and efficient SAN implementation over IP network. Another important related effort is Petal [27, 48], a research project of Compaq’s Systems Research Center. Petal uses a collection of NAS-like s ...
Wireless Token Ring Protocol
... in this paper is a distributed medium access control protocol for ad-hoc networks. The advantages of a distributed medium access control protocol are its robustness against single node failure, and its support for flexible topologies, in which nodes can be partially connected and not all nodes need ...
... in this paper is a distributed medium access control protocol for ad-hoc networks. The advantages of a distributed medium access control protocol are its robustness against single node failure, and its support for flexible topologies, in which nodes can be partially connected and not all nodes need ...
common protocol for distributed network file system
... Block (SMB) protocol that defines a remote fileaccess to share data on local disks and network file servers, among distributed systems across intranets and the Internet. In addition to SMB, which was developed on the top of NETBIOS-API, CIFS is able to run over TCP/IP and utilizes the Domain Naming ...
... Block (SMB) protocol that defines a remote fileaccess to share data on local disks and network file servers, among distributed systems across intranets and the Internet. In addition to SMB, which was developed on the top of NETBIOS-API, CIFS is able to run over TCP/IP and utilizes the Domain Naming ...
Tuesday, March 20, 2007 (Circuits, Virtual
... Overhead of setting up VCs (delay for first packet) Complexity of managing a pool of VCs Flexible bandwidth management Can use ATM QoS support for individual connections (with appropriate signaling support) ...
... Overhead of setting up VCs (delay for first packet) Complexity of managing a pool of VCs Flexible bandwidth management Can use ATM QoS support for individual connections (with appropriate signaling support) ...
DSL-2640U - D-Link
... Also you can find a specific page via search. To do this, enter the name of the page, wholly or partly, in the search bar in the top part of the web-based interface page, and then select a needed link in the search results. ...
... Also you can find a specific page via search. To do this, enter the name of the page, wholly or partly, in the search bar in the top part of the web-based interface page, and then select a needed link in the search results. ...
Basic Concepts
... – Low cost per bit transmitted because of economies of scale in the Internet – Access to other companies, nearly all of which are connected to the Internet – IP carrier networks can offer QoS SLAs • IP is only a best-effort protocol • But companies can engineer their networks for full QoS • Customer ...
... – Low cost per bit transmitted because of economies of scale in the Internet – Access to other companies, nearly all of which are connected to the Internet – IP carrier networks can offer QoS SLAs • IP is only a best-effort protocol • But companies can engineer their networks for full QoS • Customer ...
ppt
... By limiting the size of the sending window data flow from sender to receiver can be limited ...
... By limiting the size of the sending window data flow from sender to receiver can be limited ...
Collection Tree Protocol
... Such dynamism is inherently challenging. Rapid topology changes necessitate distance-vector, rather than linkstate, algorithms. Simple distance-vector protocols, however, suffer from routing loops and other problems that harm reliability and efficiency. The two principles we present allow a routing ...
... Such dynamism is inherently challenging. Rapid topology changes necessitate distance-vector, rather than linkstate, algorithms. Simple distance-vector protocols, however, suffer from routing loops and other problems that harm reliability and efficiency. The two principles we present allow a routing ...
20101007-LHCOPN-JZ - Indico
... and 10 Gbps to serve these sites. Building a 2 X 2 mesh among 40 sites would mean ~780 circuits, for example, with an aggregate provisioned bandwidth of several terabits/sec (Tbps) – GP campus networks use firewalls since they must accommodate a huge number of disparate devices, and provide access f ...
... and 10 Gbps to serve these sites. Building a 2 X 2 mesh among 40 sites would mean ~780 circuits, for example, with an aggregate provisioned bandwidth of several terabits/sec (Tbps) – GP campus networks use firewalls since they must accommodate a huge number of disparate devices, and provide access f ...
![LN_ch07_Networking_Unix_Linux[2]ch14](http://s1.studyres.com/store/data/003588724_1-8f366ebc2d7ad537725c47b2fc8bee5f-300x300.png)
LN_ch07_Networking_Unix_Linux[2]ch14
... As a user you can see the application layer from applications and utilities: ...
... As a user you can see the application layer from applications and utilities: ...
address address address address
... Unicast packets use the host address of the destination device as the destination address and can be routed through an internetwork. –Broadcast and multicast, however, use special addresses as the destination address. –Broadcasts are generally restricted to the local network. –Multicast traffic ma ...
... Unicast packets use the host address of the destination device as the destination address and can be routed through an internetwork. –Broadcast and multicast, however, use special addresses as the destination address. –Broadcasts are generally restricted to the local network. –Multicast traffic ma ...
common lower-layer protocols
... networks and indirectly connected devices. The use of physical addresses facilitates communication on a single network segment for devices that are directly connected to each other with a switch. In most cases, these two types of addressing must work together in order for communication to occur. Con ...
... networks and indirectly connected devices. The use of physical addresses facilitates communication on a single network segment for devices that are directly connected to each other with a switch. In most cases, these two types of addressing must work together in order for communication to occur. Con ...
Intrusion Defense Firewall
... the removal of malicious code. Even though malicious code might have been blocked from executing, the infected machine still needs to be cleaned. ...
... the removal of malicious code. Even though malicious code might have been blocked from executing, the infected machine still needs to be cleaned. ...
Implementing PCI — A Guide for Network Security Engineers
... Develop and maintain secure applications. ...
... Develop and maintain secure applications. ...
Technical features - Huawei Enterprise
... Supports AERO visual effects, multiple monitors, and hardware-based performance acceleration for DXVA videos. ...
... Supports AERO visual effects, multiple monitors, and hardware-based performance acceleration for DXVA videos. ...
RSVP: The ReSerVation Protocol
... • The best-effort service provided by the original Internet design allows congestion-caused end-to end delays to grow indefinitely. • To better support real-time applications, e.g., packet voice, packet video, and distributed simulation, an extension to the Internet architecture has been developed. ...
... • The best-effort service provided by the original Internet design allows congestion-caused end-to end delays to grow indefinitely. • To better support real-time applications, e.g., packet voice, packet video, and distributed simulation, an extension to the Internet architecture has been developed. ...
Detecting Flood-based Denial-of-Service Attacks with SNMP/RMON Abstract
... This model represents the modeling approach taken by many commercial offerings [13]. The second detection model employed a multi-layer perceptron trained to separate normal traffic from attack traffic. The MLP was constructed with 8 input nodes, 5 hidden units, and 2 output nodes. The model was pres ...
... This model represents the modeling approach taken by many commercial offerings [13]. The second detection model employed a multi-layer perceptron trained to separate normal traffic from attack traffic. The MLP was constructed with 8 input nodes, 5 hidden units, and 2 output nodes. The model was pres ...
Activity 6.4.1: Basic VLSM Calculation and
... In this activity, you have been given the network address 192.168.1.0/24 to subnet and provide the IP addressing for the network shown in the Topology Diagram. VLSM will be used so that the addressing requirements can be met using the 192.168.1.0/24 network. The network has the following addressing ...
... In this activity, you have been given the network address 192.168.1.0/24 to subnet and provide the IP addressing for the network shown in the Topology Diagram. VLSM will be used so that the addressing requirements can be met using the 192.168.1.0/24 network. The network has the following addressing ...
Smoke and Mirrors: Reflecting Files at a Geographically Remote Location Without Loss of Performance.
... data rates (10 to 40 Gbits) but sporadic packet loss, potentially bursty. The packet loss model used in our experiments is based on actual observations of TeraGrid, a scientific data network that links scientific supercomputing centers and has precisely these characteristics. In particular, Balakris ...
... data rates (10 to 40 Gbits) but sporadic packet loss, potentially bursty. The packet loss model used in our experiments is based on actual observations of TeraGrid, a scientific data network that links scientific supercomputing centers and has precisely these characteristics. In particular, Balakris ...
An Overview of Embedded Sensor Networks
... Examples of in-network processing are duplicate suppression, data aggregation, and statistical filtering. When data is generated from multiple sensors, in-network processing can merge this data near those sites rather than sending all data out, thus greatly reducing energy consumption. (This approac ...
... Examples of in-network processing are duplicate suppression, data aggregation, and statistical filtering. When data is generated from multiple sensors, in-network processing can merge this data near those sites rather than sending all data out, thus greatly reducing energy consumption. (This approac ...
Recursive InterNetwork Architecture (RINA)
The Recursive InterNetwork Architecture (RINA) is a computer network architecture that unifies distributed computing and telecommunications. RINA's fundamental principle is that computer networking is just Inter-Process Communication or IPC. RINA reconstructs the overall structure of the Internet, forming a model that comprises a single repeating layer, the DIF (Distributed IPC Facility), which is the minimal set of components required to allow distributed IPC between application processes. RINA inherently supports mobility, multi-homing and Quality of Service without the need for extra mechanisms, provides a secure and programmable environment, motivates for a more competitive marketplace, and allows for a seamless adoption.