Analysis of MPLS/BGP/VPN Performance Advertising BGP Routing Algorithm
Mónica Espinosa, Octavio José Salcedo Parra, Ricardo C. Goméz-Vargas
Abstract
Mónica Espinosa, Octavio José Salcedo Parra, Ricardo C. Goméz-Vargas
Abstract
The provider edge router of the service provider establishes VPNs (Virtual Private Network) performing routing between users and core network through the virtual routers (VR). The virtual routers develop routing to the networking MPLS/VPN/BGP through VRF (Virtual Router Forwarding), which use the routing algorithm Edge Gateway Protocol (BGP) for your advertising, therefore performed a comparative analysis with routes reflector, obtaining a 31% improvement at the cost of the algorithm, in shaping the role routes reflector in MPLS encapsulation.
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The provider edge router of the service provider establishes VPNs (Virtual Private Network) performing routing between users and core network through the virtual routers (VR). The virtual routers develop routing to the networking MPLS/VPN/BGP through VRF (Virtual Router Forwarding), which use the routing algorithm Edge Gateway Protocol (BGP) for your advertising, therefore performed a comparative analysis with routes reflector, obtaining a 31% improvement at the cost of the algorithm, in shaping the role routes reflector in MPLS encapsulation.
Key concepts: Computer network, Multiprotocol Label Switching, Border Gateway Protocol, Default-free zone, Computer science, Router, Virtual routing and forwarding, Routing protocol