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Titlebook: Learning and Intelligent Optimization; 13th International C Nikolaos F. Matsatsinis,Yannis Marinakis,Panos Par Conference proceedings 2020

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Irreducible Bin Packing: Complexity, Solvability and Application to the Routing Open Shop,b aggregation at some node of a transportation network can be seen as an instance of a bin packing problem. We show that for a two-machine case a positive answer to the Irreducible Bin Packing problem question at some node leads to a linear algorithm of constructing an optimal schedule subject to some restrictions on the location of that node.
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Exact Algorithm for One Cardinality-Weighted 2-Partitioning Problem of a Sequence,ounded from above and below by given some constants. It is shown that the considered problem is the strongly NP-hard one. An exact algorithm is proposed for the case of integer-valued input of the problem. This algorithm has a pseudopolynomial running time if the space dimension is fixed.
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PTAS for the Euclidean Capacitated Vehicle Routing Problem with Time Windows, remain PTAS for slow-growing dependencies . and .. In this paper, combining the well-known instance decomposition framework by A. Adamaszek et al. and QPTAS by L. Song et al. we propose a novel approximation scheme for the planar CVRPTW, whose running time remains polynomial for the significantly wider range of . and ..
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Adaptive GVNS Heuristics for Solving the Pollution Location Inventory Routing Problem,d Search versions, illustrates the effectiveness of the intelligent mechanism used for automating the re-ordering of the local search operators in the improvement step of each optimization method. Results on 20 PLIRP benchmark instances show the efficiency of the proposed metaheuristics.
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Asymptotically Optimal Algorithms for the Prize-Collecting Traveling Salesman Problem on Random Inpm collected profit and minimum traveling costs constraints. We show polynomial-time approximation algorithms for two variants of the problem and establish conditions under which the presented algorithms are asymptotically optimal on random inputs.
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0302-9743 optimization, machine learning, and artificial intelligence and describe advanced ideas, technologies, methods, and applications in optimization and machine learning..978-3-030-38628-3978-3-030-38629-0Series ISSN 0302-9743 Series E-ISSN 1611-3349
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