导　　师： 廖建明;马丽敏

学科专业： 081203

授予学位： 硕士

作　　者： ;

机构地区： 电子科技大学

摘　　要： 库存管理是制造企业管理的核心部分,我国的大多数企业库存管理方法陈旧,工作效率低下,导致库存积压严重,库存成本居高不下。因此,提高我国制造业的库存管理水平,对提高我国制造业的整体管理水平及经济效益具有很大的现实意义。但由于基础条件等国情所限制,我国大多数企业很难照搬西方发达国家先进的管理模式和管理方法。所以,对基于我国现状的制造业库存管理模式进行研究和探讨就显得十分迫切和需要。 本论文是以彩虹电器有限公司的“库存管理系统”项目为背景,结合企业库存管理现状,提出了库存管理系统的解决方案。主要做了以下工作: 1、首先探讨了企业库存管理中库存控制的相关策略及模型。其中主要研究了物资储备定额管理、最佳订货批量、物资的ABC分析、库存周转分析等问题,重点论述了ABC分类模糊综全评判法的数据学模型。 2、详细分析了基于J2EE平台的企业应用软件结构及其关键技术。并在此基础上给出了适合本应用系统的软件体系结构。 3、结合软件工程的思想,运用传统结构化设计方法和UML语言对库存管理系统进行了需求分析和系统设计,并给出了软件的部分实现。 Inventory management is the core aspect on enterprise's management. In China, the inventory management is featured with outdated and low efficiency, which leads to overstock and expensive stock cost. It is very important for our enterprises to improve their management level and economical benefits by promoting the inventory management level. But the advanced management mode and method in western developed countries is not entirely fit to Chinese enterprises. So, it is urgent to research a kind of inventory management mode based on our national conditions. In this paper, based on the background of DIMS /(Distributed Inventory Management System/)Project of enterprise, according to actual conditions of enterprise, we bring forward a reasonable system solutiono The main accomplishments of the paper are as follows: 1. In the paper, the relative strategies models of inventory control are discussed significantly. The main researches include material repertory ration management, optimal number, EOQ, the analysis of material ABC and mathematic model of fuzz complex judges. 2. A wholly new architecture of software J2EE and relative critical technique are described in detail. Then, we give a reasonable system software architecture for DIMS. 3、According to software engineering rules, we accomplish the requirement analysis and system design of inventory management system by using traditional structure design method and UML language, and develop the software system of inventory management.

关 键 词： 库存管理 分类 会话 外观模式

领　　域： [自动化与计算机技术] [自动化与计算机技术]