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Digital Technology Design of Innovative HHO Algorithm and Experiment

机译:创新HHO算法的数字技术设计与实验

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In order to solve the problem that the basic Harris hawks optimization (HHO) is easy to fall into local optimum and the convergence accuracy is low, an innovative digital technology design of HHO (improved Harris hawks optimization, IHHO) is proposed. In the initial population stage, elite reverse learning is integrated into the design to improve the quality of the population and improve the global optimization performance of the algorithm; in the mining stage, the adaptive weight factor is added to update the local position to improve the local mining ability. By solving high-dimensional test functions to conduct digital technology inspection, the experimental results show that the IHHO algorithm combining the two strategies has better optimization accuracy and stability.
机译:为了解决基本Harris Hawks优化(HHO)易于陷入本地最佳的问题,提出了一项创新的哈里斯鹰优化,IHHO)的创新数字技术设计。 在初始人口阶段,精英反向学习融入设计中以提高人口的质量,提高算法的全球优化性能; 在采矿阶段,加入自适应权重因子以更新局部位置以提高局部采矿能力。 通过解决高维测试函数来进行数字技术检查,实验结果表明,结合两种策略的IHHO算法具有更好的优化精度和稳定性。

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