In general, most routing software determines a route through a shortest path algorithm.
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When provisioning a circuit, engineers typically use a shortest path algorithm, such as Dijkstra.
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Despite variations in parameters, the K shortest path algorithms finds the most optimal solutions that satisfies almost all user needs.
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Another use of K shortest path algorithms is to design a transit network that enhances passengers'experience in public transportation systems.
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After obtaining the transformed graph one would simply compute the primary path using a known shortest path algorithm such as Dijkstra s.
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It can be initialized in time O ( n ^ 3 ) using an all-pairs shortest paths algorithm, such as the Floyd Warshall algorithm.
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As a result, the shortest path algorithm is widely used in network routing protocols, most notably IS-IS and Open Shortest Path First ( OSPF ).
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He was also well known for his work regarding the building of computer operating systems and other areas in the field, including his shortest path algorithm.
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Such applications of K shortest path algorithms are becoming common, recently Xu, He, Song, and Chaudry ( 2012 ) studied the K shortest path problems in transit network systems.
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Many of the optical impairments are nonlinear, so a standard shortest path algorithm can't be used to solve them optimally even if we know the exact state of the network.
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