2015 · 22 citations · 20 references
ComputingComputational EngineeringComputer NetworksPath PlanningTransportCommunication NetworksInternet RoutingRoutingRouting AlgorithmsRouting ProtocolsTraffic EngineeringConstraintsLabelsMpls NetworkingMulti-protocol Label Switching (Mpls)NetworkingOperatorsPacket ForwardingPath Diversity
Traffic Engineering (TE) is one of the keys for improving packet forwarding in the Internet. It allows IP network operators to finely tune their forwarding paths according to various customer needs. One of the most popular tool available today for optimizing the use of networking resources is MPLS. On the one hand, operators may use MPLS and label distribution mechanisms such as RSVP-TE in conjunction with BGP to define multiple transit paths (for a given edge pair) verifying different constraints on their network. On the other hand, when operators simply enable LDP for distributing MPLS labels in order to improve the scalability of their network, another kind of path diversity may appear thanks to the ECMP feature of IGP routing.
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