Slide 1
... You will identify how computers over Internet communicate. After today’s class You will be able to identify different types of networks ...
... You will identify how computers over Internet communicate. After today’s class You will be able to identify different types of networks ...
network number
... Challenge of interdomain routing the need for each AS to determine its own routing policies example, a routing policy implemented at a particular AS might look like this whenever possible, I prefer to send traffic via AS X than via AS Y, but I'll use AS Y if it is the only path, and I never ...
... Challenge of interdomain routing the need for each AS to determine its own routing policies example, a routing policy implemented at a particular AS might look like this whenever possible, I prefer to send traffic via AS X than via AS Y, but I'll use AS Y if it is the only path, and I never ...
William Stallings Data and Computer Communications
... NAT accesses TCP and IP layers – layers should work independent of one another NAT only allows TCP/IP or UDP/IP NAT does not support applications which insert the IP address in the body (FTP or H.323) ...
... NAT accesses TCP and IP layers – layers should work independent of one another NAT only allows TCP/IP or UDP/IP NAT does not support applications which insert the IP address in the body (FTP or H.323) ...
Slides
... A file server stands at the heart of most networks. It is a very fast computer with a large amount of RAM and storage space, along with a fast network interface card. The network operating system software resides on this computer, along with any software applications and data files that need to be s ...
... A file server stands at the heart of most networks. It is a very fast computer with a large amount of RAM and storage space, along with a fast network interface card. The network operating system software resides on this computer, along with any software applications and data files that need to be s ...
ADVANCED COMPUTER NETWORKS - Sample Paper 1
... Transfers 32 bits (for 800 Mb/s data-rate) or 64 bits (for 1600 Mb/s data-rate) in parallel. Packet format allows byte alignment. Connection-oriented protocol. Point-to-point connection. Simplex (i.e., one-way data transfer) operation. First standard in its class (data-transfer for high-performance ...
... Transfers 32 bits (for 800 Mb/s data-rate) or 64 bits (for 1600 Mb/s data-rate) in parallel. Packet format allows byte alignment. Connection-oriented protocol. Point-to-point connection. Simplex (i.e., one-way data transfer) operation. First standard in its class (data-transfer for high-performance ...
Internet Architecture
... more it knows about the best what it needs Add functionality in lower layers iff it (1) is used by and improves performance of a large number of (current and potential future) applications, (2) does not hurt (too much) other applications, and (3) does not increase (too much) complexity/overhead ...
... more it knows about the best what it needs Add functionality in lower layers iff it (1) is used by and improves performance of a large number of (current and potential future) applications, (2) does not hurt (too much) other applications, and (3) does not increase (too much) complexity/overhead ...
Internet Technology and Security
... Goal: Gets your data from this computer to the other computer half way across the world Each router knows about nearby routers ...
... Goal: Gets your data from this computer to the other computer half way across the world Each router knows about nearby routers ...
Routers - Personal Web Pages
... Any network protocol that provides enough information in its Network Layer address ...
... Any network protocol that provides enough information in its Network Layer address ...
J6 Status Slides_1_April
... JTF-7 and 593rd ESC deploy Battle Command Common Server (BCCS) stacks – Leverages Data Integration from various information sources – Integrates all data feeders into ONE common operational picture (CPOF) JTF-7 generates exercise COP & shares IP space with 593rd during JLOTS Creates shared Common Op ...
... JTF-7 and 593rd ESC deploy Battle Command Common Server (BCCS) stacks – Leverages Data Integration from various information sources – Integrates all data feeders into ONE common operational picture (CPOF) JTF-7 generates exercise COP & shares IP space with 593rd during JLOTS Creates shared Common Op ...
J6 Status Slides_1_April - APAN Community SharePoint
... JTF-7 and 593rd ESC deploy Battle Command Common Server (BCCS) stacks – Leverages Data Integration from various information sources – Integrates all data feeders into ONE common operational picture (CPOF) JTF-7 generates exercise COP & shares IP space with 593rd during JLOTS Creates shared Common Op ...
... JTF-7 and 593rd ESC deploy Battle Command Common Server (BCCS) stacks – Leverages Data Integration from various information sources – Integrates all data feeders into ONE common operational picture (CPOF) JTF-7 generates exercise COP & shares IP space with 593rd during JLOTS Creates shared Common Op ...
Multiprotocol Lambda Switching
... When a call comes to a MPLambdaS network, the ingress node calculates the explicit route using LS information stored in the local LS database. If the local LS information accurately reflects the current state of the network and there is not enough resource in the network, then the ER computation alg ...
... When a call comes to a MPLambdaS network, the ingress node calculates the explicit route using LS information stored in the local LS database. If the local LS information accurately reflects the current state of the network and there is not enough resource in the network, then the ER computation alg ...
Management Information Systems
... "Star“ is the basic topology of a network in which all computers are connected to the central node (usually a switch or a hub), forming a physical network segment. This segment can function both individually and like a part of a complex topology as “tree”. ...
... "Star“ is the basic topology of a network in which all computers are connected to the central node (usually a switch or a hub), forming a physical network segment. This segment can function both individually and like a part of a complex topology as “tree”. ...
Lecture 17
... And that it is a sublayer of the Data Link Layer… …the bottom half, in fact The top half is another sublayer known as the Logical Link Control sublayer or LLC ...
... And that it is a sublayer of the Data Link Layer… …the bottom half, in fact The top half is another sublayer known as the Logical Link Control sublayer or LLC ...
Communication Trends and Applications
... ATM transport technologies are being introduced to increase the bandwidth of the communication lines ...
... ATM transport technologies are being introduced to increase the bandwidth of the communication lines ...
Networking
... ICMP for control and error messages TCP for reliable data streams UDP for best-effort packet delivery GRE for tunneling other protocols ESP and AH for secure IP (IPSEC) SAT-MON for monitoring SATNET ...
... ICMP for control and error messages TCP for reliable data streams UDP for best-effort packet delivery GRE for tunneling other protocols ESP and AH for secure IP (IPSEC) SAT-MON for monitoring SATNET ...
Mobile IP: Introduction - National Chi Nan University
... IEEE Internet Computing, Volume: 2 Issue: 1, Jan.Feb. 1998; Page(s): 58 –69 (MobileIPIntro-2.pdf) ...
... IEEE Internet Computing, Volume: 2 Issue: 1, Jan.Feb. 1998; Page(s): 58 –69 (MobileIPIntro-2.pdf) ...
IJ2214401442
... There are two significant stages in working of DSR: Route Discovery and Route Maintenance. A host initiating a route discovery broadcasts a route request packet which may be received by those hosts within wireless transmission range of it. The route request packet identifies the host, referred to as ...
... There are two significant stages in working of DSR: Route Discovery and Route Maintenance. A host initiating a route discovery broadcasts a route request packet which may be received by those hosts within wireless transmission range of it. The route request packet identifies the host, referred to as ...
3rd Edition: Chapter 4
... Priority: identify priority among datagrams in flow Flow Label: identify datagrams in same “flow.” (concept of“flow” not well defined). Next header: identify upper layer protocol for data ...
... Priority: identify priority among datagrams in flow Flow Label: identify datagrams in same “flow.” (concept of“flow” not well defined). Next header: identify upper layer protocol for data ...
IP-Audio Networks in the Real World
... their ability to carry tens of thousands of stereo channels per system is enough to satisfy most facilities ...
... their ability to carry tens of thousands of stereo channels per system is enough to satisfy most facilities ...
Slide 1
... Presentation, and Application layers of the OSI model. Applications gain access to the network through this layer, via protocols such as the File Transfer Protocol (FTP), Trivial File Transfer Protocol (TFTP), Hypertext Transfer Protocol (HTTP), Simple Mail Transfer Protocol (SMTP), and Dynamic Host ...
... Presentation, and Application layers of the OSI model. Applications gain access to the network through this layer, via protocols such as the File Transfer Protocol (FTP), Trivial File Transfer Protocol (TFTP), Hypertext Transfer Protocol (HTTP), Simple Mail Transfer Protocol (SMTP), and Dynamic Host ...
Lecture 10
... • Called the customer provider view -- we have enduser sites, regional service provider networks etc. •Each unit is independent as far as administration goes -- what routing to use, how to assign metrics etc. Each unit is called an Autonomous System or AS. ...
... • Called the customer provider view -- we have enduser sites, regional service provider networks etc. •Each unit is independent as far as administration goes -- what routing to use, how to assign metrics etc. Each unit is called an Autonomous System or AS. ...
Document
... 3. The foreign agent contacts the mobile host’s home agent and says: “One of your hosts is over here.” The message from the foreign agent to the home agent contains the foreign agent’s network address. It also includes the security information, to convince the home agent that the mobile host is ...
... 3. The foreign agent contacts the mobile host’s home agent and says: “One of your hosts is over here.” The message from the foreign agent to the home agent contains the foreign agent’s network address. It also includes the security information, to convince the home agent that the mobile host is ...
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.