上汽进口件采购供应系统设计与实现

发布时间：2018-06-15 03:37

本文选题：生产管理 + 供应链管理　；参考：《大连理工大学》2014年硕士论文

【摘要】：本文论述上汽集团的汽车生产零部件采购供应管理系统。该系统的开发目的是面向变化迅速的市场形式和客户要求的多样化,支持企业的多品种小批量产品战略,为此基于信息化技术解决的订购批量的计算和订单生成问题,具体就是要实现对订购什么零部件、每种型号规格的组件订购多少和什么时间订购的科学决策。围绕这一核心问题,本文从软件开发的角度论述了相应的采购供应系统(Shanghai GM/Import Component Purchasing System,简称SGM/ICPS)的设计和实现。论文首先从生产管理、供应链管理以及企业数据库技术概述开发该系统的理论和技术基础,然后构建该系统的功能分析,包括零部件的需求计算功能、订单生成功能、供应商和物流商的信息管理功能、订购事务处理功能以及零部件的库存控制功能,给出相应功能的用例模型。该系统的设计架构是具有多层结构的分布式系统,论文较系统地论述了软件的架构、数据库设计方案和系统内部的主要处理流程,并在此基础上概要叙述了该系统的程序实现。 SGM/ICPS系统基于分层架构开发,应用服务器的计算编程开发采用Java语言实现,在后台数据库平台上的编程基于SQL语言来实现。数据库系统采用Oracle10企业数据库实现。该系统目前已经完成测试和试运行评测,达到了预期的开发目标。
[Abstract]:This paper deals with SAIC's purchasing and supply management system for auto parts and components. The development purpose of the system is to support the multi-variety and small-batch product strategy of the enterprise in the face of the changing market form and the diversification of customer requirements. Therefore, based on the information technology to solve the problem of order batch calculation and order generation. It is necessary to realize the scientific decision on what parts to order, how many parts to order for each model specification, and when to order. This paper discusses the design and implementation of Shanghai GM / Import component Purchasing system (SGM / ICPSPS) from the point of view of software development. In this paper, the theoretical and technical basis of developing the system is summarized from the aspects of production management, supply chain management and enterprise database technology, and then the functional analysis of the system is constructed, including the function of demand calculation of parts and components, the function of order generation. The information management functions of suppliers and logistics providers, the order transaction processing function and the inventory control function of parts are given, and the use case model of the corresponding functions is given. The design framework of the system is a distributed system with multi-layer structure. This paper systematically discusses the software architecture, the database design scheme and the main processing flow inside the system. On this basis, the program implementation of the system is briefly described. The SGM / ICPS system is developed based on hierarchical architecture, the computing programming of the application server is implemented by Java language, and the programming on the background database platform is based on SQL language. The database system is implemented by Oracle 10 enterprise database. At present, the system has completed the testing and testing, and achieved the expected development goal.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP311.52

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