VPN-B
... • RT is extended BGP communities, attached to VPNv4 address • Give more flexibility to the VPN ...
... • RT is extended BGP communities, attached to VPNv4 address • Give more flexibility to the VPN ...
IP Multicast over Avaya Fabric Connect
... By the way… why not enable IP Multicast Integrated routing with optimized forwarding SPB automatically creates the most efficient P2MP Ethernet multicast trees. No extra provisioning needed, just turn it on ...
... By the way… why not enable IP Multicast Integrated routing with optimized forwarding SPB automatically creates the most efficient P2MP Ethernet multicast trees. No extra provisioning needed, just turn it on ...
bgp2
... The AS that originates the route adds its own AS number when sending the route to its external BGP peers. Thereafter, each AS that receives the route and passes it on to other BGP peers will prepend its own AS number to the list. Prepending is the act of adding the AS number to the beginning of the ...
... The AS that originates the route adds its own AS number when sending the route to its external BGP peers. Thereafter, each AS that receives the route and passes it on to other BGP peers will prepend its own AS number to the list. Prepending is the act of adding the AS number to the beginning of the ...
MinBD: Minimally-Buffered Deflection Routing for Energy
... these buffers when they are empty, reducing dynamic power, but static buffer power, and dynamic power when buffers are utilized, remain. To improve energy efficiency, bufferless deflection routing removes input buffers, and instead uses deflection (misrouting) to resolve contention. However, at high ...
... these buffers when they are empty, reducing dynamic power, but static buffer power, and dynamic power when buffers are utilized, remain. To improve energy efficiency, bufferless deflection routing removes input buffers, and instead uses deflection (misrouting) to resolve contention. However, at high ...
IP Multicasting: Concepts, Algorithms, and Protocols
... Hosts willing to receive multicast messages (packets) need to inform their immediately-neighboring routers that they are interested in receiving multicast messages sent to certain multicast groups. This way, each node can become a member of one or more multicast groups and receive the multicast pack ...
... Hosts willing to receive multicast messages (packets) need to inform their immediately-neighboring routers that they are interested in receiving multicast messages sent to certain multicast groups. This way, each node can become a member of one or more multicast groups and receive the multicast pack ...
Querying Network Graphs with Recursive Queries
... • reachable(source, destination, ...). A reachable tuple represents that destination can be reached from source. Like links, these are typically keyed at the source node. • path(source,destination, path, cost). A path tuple represents that destination can be reached from source along the path indica ...
... • reachable(source, destination, ...). A reachable tuple represents that destination can be reached from source. Like links, these are typically keyed at the source node. • path(source,destination, path, cost). A path tuple represents that destination can be reached from source along the path indica ...
Route Optimization
... (Optional) Parameter used to specify the RIP seed metric for the redistributed route. When you are redistributing into RIP, this value is not specified and no value is specified using the defaultmetric router configuration command, then the default metric is 0, which is interpreted as infinity, and ...
... (Optional) Parameter used to specify the RIP seed metric for the redistributed route. When you are redistributing into RIP, this value is not specified and no value is specified using the defaultmetric router configuration command, then the default metric is 0, which is interpreted as infinity, and ...
dynamic metric in ospf networks
... The massive growth of the Internet has led to increased requirements for reliable network infrastructure. The effectiveness of network communication depends on the ability of routers to determine the best path to send and forward packets to the desired destination. Open Shortest Path First (OSPF) pr ...
... The massive growth of the Internet has led to increased requirements for reliable network infrastructure. The effectiveness of network communication depends on the ability of routers to determine the best path to send and forward packets to the desired destination. Open Shortest Path First (OSPF) pr ...
Lecture 5: Network Layer
... • Unless a network is well designed, it may experience a congestion collapse, in which performance plummets as the offered load increases beyond the capacity. • In a virtual-circuit net-work, new connections can be refused if they would cause the network to become congested. This is called admission ...
... • Unless a network is well designed, it may experience a congestion collapse, in which performance plummets as the offered load increases beyond the capacity. • In a virtual-circuit net-work, new connections can be refused if they would cause the network to become congested. This is called admission ...
Document
... outgoing interface towards the destination. Currently there is no error handling mechanism for this kind of failure in RSVP and there wont be any error message returned to the source. Due to this failure, RSVP reservation is not setup which leads to TE tunnel set up failure. And in case 3 RSVP mess ...
... outgoing interface towards the destination. Currently there is no error handling mechanism for this kind of failure in RSVP and there wont be any error message returned to the source. Due to this failure, RSVP reservation is not setup which leads to TE tunnel set up failure. And in case 3 RSVP mess ...
GMPLS-based provisioning of Ethernet connections over WSON with Quality of Service Ph.D. Thesis
... bandwidth are intelligently reused when accommodating and serving new upper-layer LSPs. By doing so, the established lower-layer LSPs form a Virtual Network Topology (VNT) for the provisioning of CO-Ethernet services. This yields to improve the scalability and efficiency of the network resource uti ...
... bandwidth are intelligently reused when accommodating and serving new upper-layer LSPs. By doing so, the established lower-layer LSPs form a Virtual Network Topology (VNT) for the provisioning of CO-Ethernet services. This yields to improve the scalability and efficiency of the network resource uti ...
Networking 101
... Inter-provider business relationships and the need for customer reachability ensures that the Internet by and large functions for the common good ...
... Inter-provider business relationships and the need for customer reachability ensures that the Internet by and large functions for the common good ...
Chapter 6 - Network Layer
... Itself - This is a special IP address of 127.0.0.1 which is referred to as the loopback interface. Local host - This is a host on the same network as the sending host. The hosts share the same network address. Remote host - This is a host on a remote network. The hosts do not share the same network ...
... Itself - This is a special IP address of 127.0.0.1 which is referred to as the loopback interface. Local host - This is a host on the same network as the sending host. The hosts share the same network address. Remote host - This is a host on a remote network. The hosts do not share the same network ...
Document
... possible addresses. IPv6 has been slow to arrive IPv4 revitalized by new features, making IPv6 a luxury, and not a desperately needed fix IPv6 requires new software; IT staffs must be retrained IPv6 will most likely coexist with IPv4 for years to come. Some experts believe IPv4 will remain for more ...
... possible addresses. IPv6 has been slow to arrive IPv4 revitalized by new features, making IPv6 a luxury, and not a desperately needed fix IPv6 requires new software; IT staffs must be retrained IPv6 will most likely coexist with IPv4 for years to come. Some experts believe IPv4 will remain for more ...
Advanced Routing Mechanisms in ASON/GMPLS Networks by Fernando Agraz Bujan
... the scheduler, NPOT processing, Q-Tool computation and backup path signaling time contributions have been considered. . . . . . . . . . . . . . 5.30 Relative FPGA QoT estimation time improvement as a function of the number of active lightpaths in the network compared to the case where a software-bas ...
... the scheduler, NPOT processing, Q-Tool computation and backup path signaling time contributions have been considered. . . . . . . . . . . . . . 5.30 Relative FPGA QoT estimation time improvement as a function of the number of active lightpaths in the network compared to the case where a software-bas ...
ppt
... of the unicast routing tables. Main concept: Given the address of the root of the tree (e.g., the sending host), a router selects as its upstream neighbor in the tree the router which is the next-hop neighbor for forwarding unicast packets to the root. ...
... of the unicast routing tables. Main concept: Given the address of the root of the tree (e.g., the sending host), a router selects as its upstream neighbor in the tree the router which is the next-hop neighbor for forwarding unicast packets to the root. ...
FortiOS™ Handbook - Advanced Routing for FortiOS 5.2
... much like an address book used to mail letters to people in that the routing table maintains a list of how to reach computers. Routing tables may also include information about the quality of service (QoS) of the route, and the interface associated with the route if the device has multiple interface ...
... much like an address book used to mail letters to people in that the routing table maintains a list of how to reach computers. Routing tables may also include information about the quality of service (QoS) of the route, and the interface associated with the route if the device has multiple interface ...
TDC 563-98-301/302, Spring 2002 2-14 TDC 563-98
... - configures router with an enable secret (global) Router(config)# ip route 0.0.0.0 0.0.0.0 20.2.2.3 - configures a static IP route (global) Router(config)# interface ethernet0 - switches to configure the ethernet0 interface Router(config-if)# ip address 10.1.1.1 255.0.0.0 - configures an IP address ...
... - configures router with an enable secret (global) Router(config)# ip route 0.0.0.0 0.0.0.0 20.2.2.3 - configures a static IP route (global) Router(config)# interface ethernet0 - switches to configure the ethernet0 interface Router(config-if)# ip address 10.1.1.1 255.0.0.0 - configures an IP address ...
HULA: Scalable Load Balancing Using Programmable Data Planes Naga Katta , Mukesh Hira
... utilization at each ToR, existing approaches also need to maintain large forwarding tables in each switch to support a leaf-to-leaf tunnel for each path that it needs to route packets over. In particular, a Fat-Tree topology with radix 64 supports a total of 70K ToRs and requires 4 million entries [ ...
... utilization at each ToR, existing approaches also need to maintain large forwarding tables in each switch to support a leaf-to-leaf tunnel for each path that it needs to route packets over. In particular, a Fat-Tree topology with radix 64 supports a total of 70K ToRs and requires 4 million entries [ ...
cis185-ROUTE-lecture2-EIGRP-Part2
... Use the label to determine the next-hop for the packet. Do not need to examine the packet’s IP header Forwards packets based on the label. After a path has been established: Packets destined to the same endpoint with the same requirements can be forwarded based on these labels without a ro ...
... Use the label to determine the next-hop for the packet. Do not need to examine the packet’s IP header Forwards packets based on the label. After a path has been established: Packets destined to the same endpoint with the same requirements can be forwarded based on these labels without a ro ...