摘要
提出了一种融合RFID技术的供应链协商智能管理建模混合算法,将任务的资源需求和物理资源供给问题转换成RFID技术图的构造和求解问题.选择放置约束、管理延迟两种典型度量作为切入点,从资源视角映射为图的构造问题,通过改变图的结构使其具备适应性调整能力.针对图的求解时间复杂度高的问题,实现了一种混合式优化算法.最后,实验对比放置约束、管理延迟两种供应链管理典型系统,验证了本混合算法可通过按需配置,支持多种管理目标,具备灵活性.
In this paper, a hybrid algorithm of supply chain negotiation intelligent management modeling is proposed, which integrates RFID technology. It transforms the task＇s resource demand and physical resource supply problem into the construction and solution of RFID technolo- gy diagram. Two typical metrics, placement the breakthrough points, which are mapped graph construction. By changing the adjustment. In order to solve optimization algorithm is realized management systems ： algorithm can be co ity. constraint and management delay, are chosen as from the resource perspective to the problem of the structure of the map, to make it has the ability to adapt to the problem of high time complexity of solving graph, a hybrid . Finally, the experiment compares two typical supply chain placement constraint and management delay. It is proved that the hybrid nfigured on demand, support multiple management targets and have flexibil-
出处
《西安文理学院学报（自然科学版）》
2018年第1期45-48,共4页
Journal of Xi’an University(Natural Science Edition)
基金
安徽省教育厅高等学校质量工程专业综合改革试点项目:"物流管理"(2014zy115)
安徽省教育厅高等学校质量工程教学团队项目:"就业与创业指导教学团队"(2016jxtd020)
关键词
供应链管理
RFID技术
混合式算法
supply chain management
RFID technology
the hybrid algorithm
