Home›Theory of Computation›Combinatorial OptimizationGroupCombinatorial OptimizationThis group gathers pioneers of theory of computation whose primary contribution was combinatorial optimization, including graph theory and graph algorithms such as shortest path, minimum spanning tree and network flow, linear and integer programming, matching and scheduling problems, game theory and mechanism design, and evolutionary and genetic algorithms applied to discrete optimization problems. It follows the Theory and algorithms for application domains and Discrete mathematics headings of the ACM Computing Classification System under Theory of Computation. Their shared work is finding the best arrangement or solution among a large discrete set of possibilities, as distinct from classifying a problem inherent difficulty, which belongs to Computational Complexity Theory, or designing a general-purpose algorithm.FactsBrowse BySourcesComments (0)Reader Challenges (0)FactsComparisonEra of EmergenceWell-attested1939 1Browse ByAll Combinatorial OptimizationCombinatorial Optimization39 entriesCombinatorial OptimizationFilter Results39 entriesFieldAllCombinatorial Optimization (39)BornAll1899 (1)1921 (1)1924 (1)1925 (1)1926 (1)1927 (2)1928 (1)1930 (1)1934 (1)1936 (2)1938 (3)1942 (1)1944 (1)1946 (1)1947 (1)1948 (2)1951 (1)1952 (2)1953 (1)1955 (1)1956 (2)1957 (2)1960 (1)1963 (2)1964 (1)1967 (1)1991 (1)2000 (1)NationalityAllArgentina (1)Australia (1)Canada (1)Cyprus (1)Czechia (1)Denmark (1)Ethiopia (1)France (2)Germany (3)Greece (1)Hungary (2)India (3)Israel (2)Netherlands (1)Poland (1)Soviet Union (1)Switzerland (1)United States (17)Contribution KindAllTheory (1)GroupAllCombinatorial Optimization (39)ACM AreaAllAlgorithms and Complexity Theory (27)Artificial Intelligence (1)Data and Information Visualization (1)Evolutionary Computation (1)Information Security (1)Programming Language Theory (1)Theory of Computation (3)AffiliationAllUniversity of Bonn (1)Show ResultsBrowseCompareSelect all 39Bernard ChazelleTheory of Computation1 linkBernhard KorteTheory of Computation2 linksD. R. FulkersonTheory of Computation2 linksDavid EppsteinTheory of Computation1 linkDavid ShannoTheory of Computation1 linkDimitris FotakisTheory of Computation1 linkDorothea WagnerTheory of Computation1 linkEdsger W. DijkstraTheory of Computation20 linksEva TardosTheory of Computation1 linkFrank HararyTheory of Computation1 linkGabor TardosTheory of ComputationGodfried ToussaintTheory of Computation1 linkHarold W. KuhnTheory of Computation3 linksJack EdmondsTheory of Computation5 linksJan WęglarzTheory of ComputationJennifer Tour ChayesTheory of Computation1 linkJoseph KruskalTheory of Computation5 linksJürg NievergeltTheory of ComputationKalyanmoy DebTheory of Computation1 linkL. R. Ford Jr.Theory of Computation4 linksLars ArgeTheory of Computation1 linkMagdalena MoujánTheory of ComputationMarguerite FrankTheory of Computation3 linksMartin Charles GolumbicTheory of Computation1 linkNicos ChristofidesTheory of Computation3 linksNoga AlonTheory of Computation1 linkOtakar BorůvkaTheory of Computation3 linksPeter EadesTheory of Computation2 linksPradeep DubeyTheory of ComputationRavi KannanTheory of Computation1 linkRediet AbebeTheory of Computation2 linksRobert FloydTheory of Computation1 linkRobert SedgewickTheory of Computation3 linksRobert TarjanTheory of Computation12 linksRobert W. FloydTheory of Computation11 linksRoberto TamassiaTheory of Computation2 linksSatish RaoTheory of Computation1 linkThomas LengauerTheory of ComputationYefim DinitzTheory of Computation3 linksSources1. Wikipedia: Operations researchWikimedia FoundationOperations research, lead section, World War II sentenceQuote, Operations research, lead section, World War II sentenceThe modern field of operational research arose during World War II.View the SourceJack Edmonds (Wikipedia)Has Member: Jack Edmonds, Lead sectionQuote, Has Member: Jack Edmonds, Lead sectionfundamental contributions to the fields of combinatorial optimization, polyhedral combinatorics, discrete mathematics and the theory of computingView the SourceHarold W. Kuhn (Wikipedia)Has Member: Harold W. Kuhn, Lead sectionQuote, Has Member: Harold W. Kuhn, Lead sectionHe described the Hungarian method for the assignment problemView the SourceOtakar Borůvka (Wikipedia)Has Member: Otakar Borůvka, Lead sectionQuote, Has Member: Otakar Borůvka, Lead sectionHe is best known for his work in graph theoryView the SourceMarguerite Frank (Wikipedia)Has Member: Marguerite Frank, Lead sectionQuote, Has Member: Marguerite Frank, Lead sectionwas a pioneer in convex optimization theory and mathematical programmingView the SourceNicos Christofides (Wikipedia)Has Member: Nicos Christofides, Lead sectionQuote, Has Member: Nicos Christofides, Lead sectionhe devised the Christofides algorithm, an algorithm for finding approximate solutions to the travelling salesman problemView the SourceDavid Shanno (Wikipedia)Has Member: David Shanno, LeadQuote, Has Member: David Shanno, Leadspecialized in mathematical optimization and operations researchView the SourceSatish B. Rao (Wikipedia)Has Member: Satish Rao, Lead section [in-group]Quote, Has Member: Satish Rao, Lead section [in-group]with work in combinatorial optimization, graph partitioning, network flow, metric embeddings, and computational biologyView the SourceBernhard Korte (Wikipedia)Has Member: Bernhard Korte, Biography, Research Institute for Discrete MathematicsQuote, Has Member: Bernhard Korte, Biography, Research Institute for Discrete MathematicsAt the University of Bonn, Korte was the director of the Research Institute for Discrete Mathematics.View the SourceComments (0)No comments yet. Be the first to share a thought.Sign in to join the discussion.Reader Challenges (0)No disputes yet. Spotted an error or a better source? Open the first one.Sign in to dispute this or suggest a correction.