基于教与学的优化算法偏差评价及其应用

Sanjai Mohan Verma, Santosh Kumar
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引用次数: 0

摘要

自优化开始以来,群智能算法和进化算法一直是两种众所周知的优化方法。这些基于人口的元启发式算法被广泛应用于现实世界中具有挑战性的多国计算挑战。另一方面,最近对各种多目标优化技术的研究表明,那些固有进化的元启发式由于缺陷而无法处理多维问题。R.V. Rao在2011年提出了基于教学的优化(TLBO)方法,作为一种革命性的基于群体的完全元启发式方法来评估这类情况。与今天用于许多工程任务的高级元启发式相比,TLBO的适用性自诞生以来已经超过了许多里程碑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Assessment on Deviations of the Teaching-Learning Based Optimization Algorithm and its Applications
Swarm intelligence algorithms and evolutionary algorithms have been two well-known optimization approaches since the beginning of optimization. These population-based meta-heuristic algorithms are applied to a wide range of challenging multi-national computing challenges in the real world. Recently conducted studies on various multi-goal optimization techniques, on the other hand, shows that those inherently evolved meta-heuristics are incapable of dealing with multi-dimensional problems due to flaws. R.V. Rao proposed the Teaching-Learning Based Optimization (TLBO) method as a revolutionary population-based completely meta-heuristic for evaluating this type of situation in 2011. TLBO's applicability has surpassed many milestones since its inception, compared to today's advanced meta-heuristics for use in a number of engineering tasks.
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