An Efficient Optimization State-Based Coyote Optimization Algorithm and Its Applications
Applied Soft Computing, vol. 147, 110827 · 2023-11-15
Abstract
Coyote Optimization Algorithm (COA) has demonstrated efficient performance by utilizing the multiple pack (subpopulation) mechanism. However, the fixed number of packs and a relatively singular evolutionary strategy limit its comprehensive optimization performance. Thus, this paper proposes a COA variant, referred to as the Optimization State-based Coyote Optimization Algorithm (OSCOA).
郊狼优化算法(COA)通过利用多包(子种群)机制展现高效性能,但固定的包数量与相对固定的机制存在局限。本文提出基于优化状态的郊狼优化算法(EOSCOA),改进种群状态估计机制,并应用于多阈值图像分割与无线传感器网络部署问题。
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Citation
Q. Zhang*, X. Bu, Z.-H. Zhan, J. Li, and H. Zhang (2023). "An Efficient Optimization State-Based Coyote Optimization Algorithm and Its Applications." Applied Soft Computing, 147, 110827.