Design, implementation, and analysis of maximum transversal algorithms
ACM Transactions on Mathematical Software (TOMS)
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The new characterization for maximum matching in bipartite graphs given by Balinski and Gonzalez is based on "strong spanning trees" and is independent on the classical notion of augmenting path. However, the algorithm that they derived runs in $0(\mid V \mid \mid E \mid)$ time for bipartite graphs with $\mid V \mid$ nodes and $\mid E \mid$ edges, and so it is not competitive with the $0(\sqrt{\mid V \mid} \mid E \mid)$ algorithm of Hopcroft and Karp. In this paper we prove that the basic results given by Hopcroft and Karp can also be obtained using the new characterization, allowing us to develop a competitive algorithm.