【作者】 李正艳；

【导师】 侯开虎；

【作者基本信息】 昆明理工大学 ， 机械制造及其自动化， 2002， 硕士

【摘要】 随着全球化信息网络、Internet和全球化市场的形成及技术变革的加速，21世纪的竞争不是企业和企业之间的竞争，而是供应链与供应链之间的竞争，企业如何建立开放的、敏捷的、灵活的供应链管理系统已成为普遍关心的问题。本文结合当前供应链集成方面的最新研究成果和国内企业的实际现状，论述了供应链集成在现代企业中的重要性，探讨了供应链的构成模型；分析了供应链结构的复杂性和不确定性；分析了集成化供应链的信息技术支撑体系；根据供应链的需求关系，从理论上论述了销售与库存、产品配置和BOM的集成原理；从理论上构建了一个可行的集成化供应链管理系统；并且以云内动力股份有限公司ERP项目实施的实际情况为背景，开发了一个以WINDOWS NT 4.0和ORACLE8.05数据库为支撑的供应链管理系统。提出了解决销售、物料清单、库存、生产、计划、应收等各模块之间的集成方案，完成了在数据库上实现各应用系统间的集成工作，从而实现了CIMS中供应链的集成。为企业应用供应链管理系统作了有益的尝试。更多还原

【Abstract】 Along with the formation of global information network, market and the acceleration of technical change, the competition among enterprises in the 21st century should be determined by supply chain. It has become an important problem how to establish a supply chain management system that is open, prompt and flexible for many enterprise. Combined the last achievements in supply chain integration research with the current situation of some domestic enterprises, this paper took up the following questions, including the great importance to integrate supply chain in contemporary enterprises, the structure model of supply chain, the complication and undefined factors in supply chain and the information technology support system of integrated supply chain, According to the demands of supply chain, the paper resolved questions from two aspects, in theory, discussed the integration theory among sell and stock, product disposition, BOM and designed a workable integrated supply chain system, in practical, according to the implementation of ERP in Yunriei Power Co., Ltd, developed a order form management system supported by Windows NT 4.0 and Oracle8 05, in it, advanced a plan to solve the integration problems among sell, detailed list of goods, stock, production, plan, account receivable and other models, completed the integration among systems with database, accomplished the supply chain integration in CIMS, and what is more, had made valuable contributions to enterprises which are using supply chain management system.更多还原