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Multipath routing

Multipath routing is the routing technique of using multiple alternative paths through a network, which can yield a variety of benefits such as fault tolerance, increased bandwidth, or improved security. The multiple paths computed might be overlapped, edge-disjointed or node-disjointed with each other. Extensive research has been done on multipath routing techniques, but multipath routing is not yet widely deployed in practice. Multipath routing is the routing technique of using multiple alternative paths through a network, which can yield a variety of benefits such as fault tolerance, increased bandwidth, or improved security. The multiple paths computed might be overlapped, edge-disjointed or node-disjointed with each other. Extensive research has been done on multipath routing techniques, but multipath routing is not yet widely deployed in practice. To improve performance or fault tolerance:

[ "Dynamic Source Routing", "Wireless Routing Protocol", "Link-state routing protocol", "Static routing", "Interior Gateway Routing Protocol", "Triangular routing", "Metrics", "Source routing", "Hybrid routing", "Distance-vector routing protocol", "Hierarchical state routing", "DSRFLOW", "Scalable Source Routing", "Backpressure routing", "Routing loop problem", "Temporally ordered routing algorithm", "Key-based routing", "Interior gateway protocol", "route", "Flooding (computer networking)", "Private Network-to-Network Interface", "Path vector protocol", "Deterministic routing", "Connectionless routing", "Routing (electronic design automation)", "Supernetwork", "Heuristic routing", "Fuzzy routing", "Diffusing update algorithm", "Routing domain", "ic routing", "multipath source routing", "Equal-cost multi-path routing", "multipath routing protocol" ]
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