poster_routing - Columbia University
... We used the fact that the internet forms a scale-free graph, and exploited the unique properties of those graphs to create a new routing scheme. Our scheme is extremely simple and fast (both in the preprocessing and routing), demanding labeling with very short label sizes, and routing tables as smal ...
... We used the fact that the internet forms a scale-free graph, and exploited the unique properties of those graphs to create a new routing scheme. Our scheme is extremely simple and fast (both in the preprocessing and routing), demanding labeling with very short label sizes, and routing tables as smal ...
Introduction to IP Routing
... Each link, the connected nodes and the metric is flooded to all routers Each link up/down status change is incrementally flooded Each router re-computes the routing table in parallel using the common link state database OSPF is the main protocol in use today ...
... Each link, the connected nodes and the metric is flooded to all routers Each link up/down status change is incrementally flooded Each router re-computes the routing table in parallel using the common link state database OSPF is the main protocol in use today ...
Introduction to IP Routing
... Each link, the connected nodes and the metric is flooded to all routers Each link up/down status change is incrementally flooded Each router re-computes the routing table in parallel using the common link state database OSPF is the main protocol in use today ...
... Each link, the connected nodes and the metric is flooded to all routers Each link up/down status change is incrementally flooded Each router re-computes the routing table in parallel using the common link state database OSPF is the main protocol in use today ...
- Home - KSU Faculty Member websites
... administrator to provide broadcast containment, and low-level security on the LAN. • Subnet addresses include the Class A, Class B, and Class C network portion, plus a subnet field and a host field. The subnet field and the host field are created from the original host portion of the major IP addres ...
... administrator to provide broadcast containment, and low-level security on the LAN. • Subnet addresses include the Class A, Class B, and Class C network portion, plus a subnet field and a host field. The subnet field and the host field are created from the original host portion of the major IP addres ...
PPT
... Collision-Free Real-Time Protocol • Note – If combined with a special routing protocol, end-to-end delay guarantee is the sum of the bounded delay on each cell along the path – Six possible directions assigned statically to the inter-cell frames ...
... Collision-Free Real-Time Protocol • Note – If combined with a special routing protocol, end-to-end delay guarantee is the sum of the bounded delay on each cell along the path – Six possible directions assigned statically to the inter-cell frames ...
Network Routing Algorithms
... • Neighboring routers periodically exchange information from their routing tables. • Routers replace routes in their own routing tables anytime that neighbors have found better routes. • Information provided from neighbors – Outgoing line used for destination – Estimate of time or distance • can be ...
... • Neighboring routers periodically exchange information from their routing tables. • Routers replace routes in their own routing tables anytime that neighbors have found better routes. • Information provided from neighbors – Outgoing line used for destination – Estimate of time or distance • can be ...
Network Routing Algorithms
... • Neighboring routers periodically exchange information from their routing tables. • Routers replace routes in their own routing tables anytime that neighbors have found better routes. • Information provided from neighbors – Outgoing line used for destination – Estimate of time or distance • can be ...
... • Neighboring routers periodically exchange information from their routing tables. • Routers replace routes in their own routing tables anytime that neighbors have found better routes. • Information provided from neighbors – Outgoing line used for destination – Estimate of time or distance • can be ...
Networks * The Big Picture
... ◦ software overhead: overhead associated with sending and receiving messages at end stations ◦ channel delay: caused by the channel occupancy ◦ routing delay: time spent in the successive switches in making a sequence of routing decisions along the routing path ◦ contention delay: caused by traffic ...
... ◦ software overhead: overhead associated with sending and receiving messages at end stations ◦ channel delay: caused by the channel occupancy ◦ routing delay: time spent in the successive switches in making a sequence of routing decisions along the routing path ◦ contention delay: caused by traffic ...
Traffic Engineering and Routing
... • “NetScope: Traffic Engineering for IP Networks,” A. Feldmann, A. Greenberg, C. Lund, N. Reingold, and J. Rexford, IEEE Network, Mar./Apr. 2000, pp. 11-19 • “Traffic Engineering with MPLS in the Internet,” X. Xiao, A. Hannan, B. Bailey, and L.M. Ni, Ibid., pp. 28-33 • “Capacity Management and Routi ...
... • “NetScope: Traffic Engineering for IP Networks,” A. Feldmann, A. Greenberg, C. Lund, N. Reingold, and J. Rexford, IEEE Network, Mar./Apr. 2000, pp. 11-19 • “Traffic Engineering with MPLS in the Internet,” X. Xiao, A. Hannan, B. Bailey, and L.M. Ni, Ibid., pp. 28-33 • “Capacity Management and Routi ...
File
... D - EIGRP, EX - EIGRP external, O - OSPF, IA - OSPF inter area E1 - OSPF external type 1, E2 - OSPF external type 2, E - EGP i - IS-IS, L1 - IS-IS level-1, L2 - IS-IS level-2, * - candidate default U - per-user static route Gateway of last resort is 0.0.0.0 to network 0.0.0.0 ...
... D - EIGRP, EX - EIGRP external, O - OSPF, IA - OSPF inter area E1 - OSPF external type 1, E2 - OSPF external type 2, E - EGP i - IS-IS, L1 - IS-IS level-1, L2 - IS-IS level-2, * - candidate default U - per-user static route Gateway of last resort is 0.0.0.0 to network 0.0.0.0 ...
A S P
... A group of mobile nodes made a MANET[1]. They form a network for information exchange. For this information exchange, they never use the central authority as well as existing fixed network infrastructure. This upcoming technology creates new research opportunities and dynamic challenges for differen ...
... A group of mobile nodes made a MANET[1]. They form a network for information exchange. For this information exchange, they never use the central authority as well as existing fixed network infrastructure. This upcoming technology creates new research opportunities and dynamic challenges for differen ...
Embedded System Communication
... qualitative parameters Network resources Bandwidth Buffer space Protocol efficiency (data bits/bandwidth). Depends on ...
... qualitative parameters Network resources Bandwidth Buffer space Protocol efficiency (data bits/bandwidth). Depends on ...
Embedded System Communication
... qualitative parameters Network resources Bandwidth Buffer space Protocol efficiency (data bits/bandwidth). Depends on ...
... qualitative parameters Network resources Bandwidth Buffer space Protocol efficiency (data bits/bandwidth). Depends on ...
Routing - University of Virginia
... IGF is a combined Routing/MAC protocol Eligible nodes - 60 degree cone (shift cone if necessary) RTS - set timer based on distance and energy remaining ...
... IGF is a combined Routing/MAC protocol Eligible nodes - 60 degree cone (shift cone if necessary) RTS - set timer based on distance and energy remaining ...
Reading Report 4 Yin Chen 26 Feb 2004
... Have functionalities as : issue queries, display search results, accept queries from other servents, check for matches against their local data set, send back response, manage background traffic. ...
... Have functionalities as : issue queries, display search results, accept queries from other servents, check for matches against their local data set, send back response, manage background traffic. ...
Brocade
... Minimum number of ip hops to wide-area network High bandwidth outgoing link So, gateway routers or machines close by those ...
... Minimum number of ip hops to wide-area network High bandwidth outgoing link So, gateway routers or machines close by those ...
security protocols for wireless sensor network
... • An adversary situated close to a base station may be able to completely disrupt routing by creating a well-placed wormhole. • An adversary could convince nodes who would normally be multiple hops from a base station that they are only one or two hops away via the wormhole. ...
... • An adversary situated close to a base station may be able to completely disrupt routing by creating a well-placed wormhole. • An adversary could convince nodes who would normally be multiple hops from a base station that they are only one or two hops away via the wormhole. ...
A Performance Comparision of Multi
... When originating or forwarding a packet using a source route,each node transmitting the packet is responsible for confirming that the packet has been received by the next hop along the source route; the packet is retransmitted (up to a maximum number of attempts) until this confirmation of receipt i ...
... When originating or forwarding a packet using a source route,each node transmitting the packet is responsible for confirming that the packet has been received by the next hop along the source route; the packet is retransmitted (up to a maximum number of attempts) until this confirmation of receipt i ...
No Slide Title
... – carries local connectivity information – provides • shortest path route through network • default route for non-BGP speakers • relatively fast convergence time (~1 sec) ...
... – carries local connectivity information – provides • shortest path route through network • default route for non-BGP speakers • relatively fast convergence time (~1 sec) ...
A Survey of Secure Wireless Ad Hoc Routing
... packet that includes the target D, its certificate (certS), a nonce N, and a timestamp t. 2. Each node that forwards this REQUEST checks the signature or signatures. Node C checks node B’s certificate certB, then checks the signature on the outer message. C then verifies the certificate certS for in ...
... packet that includes the target D, its certificate (certS), a nonce N, and a timestamp t. 2. Each node that forwards this REQUEST checks the signature or signatures. Node C checks node B’s certificate certB, then checks the signature on the outer message. C then verifies the certificate certS for in ...