Discrete Optimization with Interval Data : Minmax Regret and Fuzzy Approach - Kasperski, Adam.; SpringerLink (Online service) (Berlin, Heidelberg : Springer Berlin Heidelberg : Imprint: Springer, 2008)
Minmax Regret Combinatorial Optimization Problems with Interval Data -- Problem Formulation -- Evaluation of Optimality of Solutions and Elements -- Exact Algorithms -- Approximation Algorithms -- Minmax Regret Minimum Selecting Items -- Minmax Regret Minimum Spanning Tree -- Minmax Regret Shortest Path -- Minmax Regret Minimum Assignment -- Minmax Regret Minimum s???t Cut -- Fuzzy Combinatorial Optimization Problem -- Conclusions and Open Problems -- Minmax Regret Sequencing Problems with Interval Data -- Problem Formulation -- Sequencing Problem with Maximum Lateness Criterion -- Sequencing Problem with Weighted Number of Late Jobs -- Sequencing Problem with the Total Flow Time Criterion -- Conclusions and Open Problems -- Discrete Scenario Representation of Uncertainty.
Keywords: Mathematical optimization; Applied mathematics; Engineering mathematics; Artificial intelligence; Optimization; Mathematical and Computational Engineering; Artificial Intelligence