Auto Adaptive Differential Evolution Algorithm

Vivek Sharma, Shalini Agarwal, Pawan Kumar Verma
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引用次数: 1

Abstract

Differential Evolution algorithm has proved to be effective and best method for solving various optimization challenges. It has been proved to be rather cumbersome to manually set control parameters in DE. This paper sketch a new variant of the DE algorithm that provides an environment to auto-adjust the control parameters settings. For the past years, DE has captured the attention in many practical cases. It makes use of a few control parameters that are bound to the same value throughout the evolutionary process. Manual control parameters setting is a time-consuming process, so the proposed work provides a reliable, accurate and fast technique to optimize numerical function. This work is tested against various numerical set functions. Final results show that this proposed algorithm performs a cut above when compared with the classical Differential Evolution algorithm, and the other control parameter setting variant of DE considered in the literature.
自适应差分进化算法
差分进化算法已被证明是解决各种优化问题的有效和最佳方法。事实证明,在DE算法中手动设置控制参数是相当麻烦的。本文提出了一种新的DE算法,该算法提供了一个自动调整控制参数设置的环境。在过去的几年中,DE在许多实际案例中引起了人们的注意。它利用了几个控制参数,这些参数在整个进化过程中被绑定到相同的值。手动控制参数整定是一个耗时的过程,为数值函数的优化提供了一种可靠、准确、快速的方法。该工作针对各种数值集函数进行了测试。最终结果表明,与经典的差分进化算法和文献中考虑的其他DE控制参数设置变体相比,该算法的性能优于经典的差分进化算法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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