![Graph connectivity / Maximum flow problem / Network flow / Cut / Max-flow min-cut theorem / Minimum cut / Connectivity / NP-complete problems / K-edge-connected graph / Graph theory / Mathematics / Combinatorial optimization Graph connectivity / Maximum flow problem / Network flow / Cut / Max-flow min-cut theorem / Minimum cut / Connectivity / NP-complete problems / K-edge-connected graph / Graph theory / Mathematics / Combinatorial optimization](https://www.pdfsearch.io/img/66d7f5f5c9c223ec0243981edb478663.jpg)
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City Kjeller / Orlando / Berlin / Diego / San Diego / New York / Grenoble / / Company Ford / ESPRIT / / Country Germany / Switzerland / Norway / / Currency USD / / / Facility library LEDA / / IndustryTerm maximum adjacency search / Linear time algorithms / recursive algorithm / improved network optimization algorithms / combinatorial and geometric computing / faster algorithm / transportation / approximation algorithm / maximum flow algorithms / combinatorial algorithm / maximum flow algorithm / deterministic minimum cut algorithm / communication networks / maximum cardinality search / graph algorithms / flow algorithm / / Organization Max-Planck-Institut / Universite´ J. Fourier / Association for Computing Machinery / / Person Kurt Mehlhorn / Dorothea Wagner / Min-Cut Algorithm / FRANK WAGNER / / Position General / / ProvinceOrState Florida / California / New York / / PublishedMedium Journal of the ACM / the Theory of Computing / Lecture Notes in Computer Science / / Technology graph algorithms / deterministic minimum cut algorithm / faster algorithm / Min-Cut Algorithm / maximum flow algorithms / randomized algorithm / following algorithm / flow algorithm / combinatorial algorithm / maximum flow algorithm / Linear time algorithms / approximation algorithm / improved network optimization algorithms / recursive algorithm / /
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