摘要
结合工业工程专业学习需求,设计了考虑有限缓存的串联生产系统维护调度实验平台。实验平台由维护调度计算模块和维护调度演示模块组成。维护调度计算模块基于Matlab,在考虑有限缓存的串联生产系统维护调度模型的基础上,提供3种不同的策略对维护进行调度;维护调度演示模块基于Flexsim。基于该平台,可完成维护调度参数分析、维护调度策略分析、维护调度仿真等实验,并可在此平台基础上建立维护调度相关参数优化模型。
To serve for the education of industrial engineering major, an intelligent maintenance scheduling experimental platform for a serial production system with limited buffer is developed. The experimental platform consists of two modules： maintenance scheduling computing and maintenance scheduling demon- stration modules. Based on an intelligent maintenance scheduling model for serial production system with limited buffers, three different strategies are adopted for maintenance scheduling in Maintenance Schedu- ling Computing Module by using Matlab. The Maintenance Scheduling Demonstration Module is based on Flexsim simulator. With this platform, experiments, such as analysis of maintenance scheduling parame- ters, analysis of maintenance scheduling policies, maintenance scheduling simulation, etc. , can be car- ried out, and optimization model of maintenance scheduling related parameters can be established.
出处
《工业工程》
北大核心
2012年第5期137-143,共7页
Industrial Engineering Journal
基金
黑龙江省高等教育教学改革资助项目
关键词
工业工程教学
维护调度
串联生产系统
education for industrial engineering major
maintenance scheduling
serial production system
