摘要
根据堆垛机拣选作业的特点,以最短作业时间为目标构建优化数学模型。在单亲遗传算法的基础上引入免疫抗体的提取与注射机制,设计一种免疫单亲遗传算法用于求取模型最优解。仿真结果证明,该算法具备全局搜索能力,收敛速度快,响应时间短,可有效减少堆垛机的作业时间,提高自动化立体仓库的存取效率。
According to the characteristics of order picking,taking the shortest operating time as the goal,this paper constructs the corresponding optimization mathematical model.By introducing antibody extraction and injection based on Partheno Genetic Algorithm（PGA）,Immune Partheno Genetic Algorithm（IPGA） is designed to gain the optimal solution.Simulation results prove that the algorithm has better global search capability,high convergence speed and short response time,which reduces the stacker operating time and improves the working efficiency of Automated Storage and Retrieval System（AS/RS）.
出处
《计算机工程》
CAS
CSCD
北大核心
2011年第11期206-208,211,共4页
Computer Engineering
关键词
自动化立体仓库
拣选作业
基因重组
免疫单亲遗传算法
免疫抗体
Automated Storage and Retrieval System（AS/RS）
picking operation
gene recombination
Immune Partheno Genetic Algorithm（IPGA）
immune antibody
