Let G = (V, E) be a bipartite graph with vertex partition V = LUR, and let GO be its corresponding flow network. Give a good upper bound on the length of any augmenting path found in GO during the execution of FORD-FULKERSON algorithm.

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Let G = (V, E) be a bipartite graph with vertex partition V = LUR, and let GO be its corresponding flow network. Give
a good upper bound on the length of any augmenting path found in GO during the execution of FORD-FULKERSON
algorithm.
Transcribed Image Text:Let G = (V, E) be a bipartite graph with vertex partition V = LUR, and let GO be its corresponding flow network. Give a good upper bound on the length of any augmenting path found in GO during the execution of FORD-FULKERSON algorithm.
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