干旱地区农业研究Issue(2)：283-286,4.DOI:10.16302/j.cnki.1000-7601.2015.02.046
基于蜂群－杂草算法的农机行星传动优化设计
Optimal design of planet transmission mechanism in agricultural machinery based on bee colony and invasive weed optimization
摘要
Abstract
A hybrid algorithm of bee colony and invasive weed optimization (BCIWO) is proposed by introducing the optimization mechanism of the artificial bee colony (ABC) algorithm into the invasive weed optimization (IWO) algo-rithm and applied into the optimal design of star gear planet transmission mechanism in agricultural machinery .This new algorithm (BCIWO) is compared with GA and IWO .The results showed that : ① The minimal design volume (1 .4725 × 107 mm3 ) of the planet transmission mechanism is obtained by BCIWO ,which is smaller than GA and IWO ; ② The so-lution fluctuation of BCIWO is also smaller than other two algorithms ,which illustrates it has a good stability ; ③ The calculation speed of BCIWO is faster .So we can conclude that BCIWO is worth further promoting in mechanism design field .关键词
农业机械/行星传动/优化设计/杂草算法/人工蜂群算法Key words
agricultural machinery/planet transmission mechanism/optimal design/invasive weed algorithm/arti-ficial bee colony algorithm分类
农业科技引用本文复制引用
龚亚星,王联国..基于蜂群－杂草算法的农机行星传动优化设计[J].干旱地区农业研究,2015,(2):283-286,4.基金项目
甘肃省教育信息化发展战略研究项目 （）
