现代农机数字化装配车间调度技术研究基于云计算和遗传算法.doc

现代农机数字化装配车间调度技术研究 基于云计算和遗传算法 m# watt 广西工业职业技术学院儀作师范高等专科学校计算 机与信息工程学院 摘要： 在农机现代化制造过程中，为求解更加复杂的制造问题和开展更大规模的协同 制造，提出了一种面向服务的网络化制造新模式-农机云制造。给出了云制造的 定义，结合遗传算法，提出了一种农机云制造的体系结构，并结合农机数字化 车间的调度技术，对算法和云制造平台进行/验证。试制模型的试验结果表明: 利用云制造技术和遗传算法调度优化，可以有效地实现现代农机数字化装配车 间资源的调度，设计出高质量的试制机型，从而大幅度提高农机的设计效率和 设计质量，对于数字化农机的设计制造具有重要的意义。 关键词： 云制造资源;数字化车间;遗传算法;调度技术;农机装配; 作者简介：冯双林(1982-),男，河北内丘人，讲师，硕士研宄生。 作者简介：靳继红(1977-),女，河南焦作人，讲师，硕士，(E-mail) jinjihong9082@l63. com。 收稿日期：2016-11-10 基金：广西教育厅项目(LX2014617) Research on Digital Assembly Shop Scheduling Technology of Modern Agricultural Machinery Based on Cloud Computing and Genetic Algorithm Feng Shuanglin Jin Jihong Guangxi Vocational Technical Institute of Industry; School of Computer and Information Engineering， Jiaozuo Teachers College; Abstract： Tn the process of modern manufacturing of agricultural machinery, a new mode of service oriented networked manufacturing is put forward for solving the more complex manufacturing problems and the development of more large-scale collaborative manufacturing. Given the definition of cloud manufacturing, combined with the genetic algorithm, it proposed a system structure of agricultural machinery cloud manufacturing. Final ly, combined with the digital workshop scheduling technology of agricultural machinery, the algorithm and the cloud manufacturing platform was verified by the trial model. The experimental results showed that the use of cloud manufacturing technology and genetic algorithm can realize resource scheduling optimization, digital assembly workshop of modern agricultural efficient scheduling. And it designed the prototype models of high quality, thus greatly improved the design efficiency and design quality of agricultural machinery, agricultural machinery manufacturing for digital settings with important significance. Keyword： cloud manufacturing resources; digital workshop; genetic algorithm; scheduling technology; agricultural machinery assembly; Received： 2016-11-10 0引言 21世纪，制造业的发展更加依赖高新技术应