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基于工序替代的车间静态调度问题的研究
Study on Job-Shop Scheduling Based on Replaceable Operation
【摘要】 针对遗传算法种群的早熟化及比例选择下遗传算法的强不收敛性 ,提出以自适应方式确定变异概率、以整体退火方式选择母体的自适应退火遗传算法 ( AAGA算法 ) ,保证算法的收敛性 ,又可避免遗传算法的过早收敛 ;将 AAGA算法应用于单件小批订货生产企业中基于关键资源约束的车间静态调度问题 ,并予以分析、求解 ,以实现车间资源的合理利用。
【Abstract】 The theory of adaptive annealing genetic algorithm-AAGA is developed in this paper. The notions of adaptive mutation probability and annealing selection are brought forward to select matrix. The concepts of replaceable operation chain and partial operation matching crossover and single dot mutation are raised to code the series of operations. The mathematical models of job-shop scheduling are proposed and the steps of solution are given by using AAGA.
【关键词】 工序替代;
车间静态调度;
自适应退火遗传算法;
单件小批订货生产;
【Key words】 replaceable operation chain job-shop scheduling adaptive annealing genetic algorithm (AAGA) single-piece & small-lot & make-to-order production (SPSLMOP);
【Key words】 replaceable operation chain job-shop scheduling adaptive annealing genetic algorithm (AAGA) single-piece & small-lot & make-to-order production (SPSLMOP);
【基金】 国家 8 6 3高技术研究发展计划资助项目 ( 86 3-5 11-0 30 -0 0 6 )
- 【文献出处】 中国机械工程 ,China Mechanical Engineering(中国机械工程) , 编辑部邮箱 ,2001年09期
- 【分类号】TP18
- 【被引频次】3
- 【下载频次】126