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Research Paper | Mathematics | Afghanistan | Volume 8 Issue 12, December 2019 | Rating: 6.6 / 10
Optimization of Parallel Production Systems Scheduling Using Multi-Objective Genetic Algorithm Analysis
Abstract: A new mathematical model for the multi-objective scheduling problem is presented in the production system, which aims to minimize the maximum completion time, early cost and delay cost. . A two-dimensional programming model presented for considering my model to be NP-Hard based, two data-generating algorithms (NSGA-II and NR-based). . For the purpose of comparing small and medium sizes and showing the efficiency of the EBs, the model was solved by a 2D method with the restricted EBs, and compared with the NGA-II algorithms. Using the statistics, compute the presented bureaucracies, which will be shown in the graphical view of the bureaucracy
Keywords: Scheduling Parallel Production Systems, Multi-Objective Genetic Algorithm, Mathematical Analysis
Edition: Volume 8 Issue 12, December 2019,
Pages: 243 - 251