基于元启发式算法组合的通用排课调度系统的开发

M. Raheel, Muhammad Adeel, Muhammad Nabeel, Muhammad Sajeel
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引用次数: 0

摘要

这篇研究论文探讨了结合元启发式方法来解决现实世界中由于硬约束和软约束而产生的关键优化问题的用法。在过去的几十年里,为这些问题开发一个最优的解决方案被认为是一项困难的任务,手动时间表需要大量的努力和时间来交付高质量的结果。本文的目标是解决几种方法,并开发一个通用的解决方案,以解决广泛的时间表和调度问题。为了找到可行的解决方案,在文献部分对许多技术和基准实例进行了回顾和介绍。本文还研究了基于元启发式方法组合的性能问题,并介绍了根据资源的约束满足度和违反情况为多个资源分配时隙的算法。然而,该算法可以作为一个全面的基准实例,为未来的研究人员提供重要的改进。此外,算法的计算和实验结果确定了该方法的可行性、有效性、鲁棒性和最优性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a generic timetabling and scheduling system based on the combinations of metaheuristics algorithm
This research paper examines the usage of combining the meta-heuristic approaches for solving critical real-world optimization problems due to the hard and soft constraints. For the last few decades, developing an optimal solution for these problems were considered as a difficult task, and manual timetabling required an excessive amount of effort and time to deliver the quality results. This paper's objective is to address several approaches and develop a generic solution for solving a wide range of timetabling and scheduling problems. Many techniques and benchmark instances have been reviewed and presented to find a feasible solution in the literature section. This paper also investigates the performance based on the combination of meta-heuristic approaches to solve the problem and introduce the algorithm to allocate time slots to several resources according to their constraints satisfaction and violations. However, this algorithm may consider as a comprehensive benchmark instance and significant improvement for future researchers. Furthermore, the computational and experimental results of the algorithm determine the feasibility, effectiveness, robustness, and optimality of the proposed approach.
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