基于Web的现代企业信息管理系统的研究与实现

【作者】 刘肖；

【导师】 王福豹；

【作者基本信息】 西北工业大学 ， 计算机应用， 2002， 硕士

【摘要】 管理信息系统是实现企业管理现代化的有效手段之一，对国民经济的发展、企业的高效运行起着重要的作用。计算机的普及以及计算机网络的成熟与发展，为企业信息系统的发展提供了新的契机。本论文的主要工作是针对基于网络环境下企业管理信息系统的研究与应用。 论文首先对现代企业管理思想和技术作了综述，介绍了企业管理系统从MRP(Material Require Planning，物料需求计划)到ERP(Enterprise Resource Planning，企业资源计划)的发展过程以及在企业管理中的作用。其次，针对当前企业管理系统中存在的问题，对企业管理信息系统分析设计方法进行了研究，提出了适合我国中小型企业的管理系统模型和数据结构模型，重点实现了物资供应系统的设计。第三，研究了基于Browser／Server三层体系结构的系统实现方案，利用ASP技术对物资供应系统进行了三层应用程序开发，具体提出了客户端实现方案、业务逻辑实现方案以及数据库实现方案。 本文最后总结了完成的工作以及日后可以改进和完善的地方。更多还原

【Abstract】 Management Information System is one of the effective means to realize the modernization of the management of enterprise. It plays an important role in the development of economy and efficient operation of enterprise. With the widespread use of the computer and the maturity and development of computer network, a new chance is offered for the development of Management Information System. This dissertation is mainly about research and application on Management Information System based on network circumstances.First, this paper makes a summary about the idea and technology of modern enterprise management, and introduces the development process and function of enterprise management system from MRP(Material Require Planning) to ERP(Enterprise Resource Planning). Second, it makes some researches on the way of analysis and design of Management Information System of enterprise, considering some problems in present system; it also gives the management system model and data structure model which adapts to the medium-small-style enterprise, and so realizes this system of material supply. Third, this paper researches on the scheme of three layers’ computer framework based on Browser/Server. The three layers application program for material supply using ASP technology is developed, and the scheme for client, the scheme for transaction as well as the scheme for database were designed and realized.At the end of the paper, it summarizes the work of this system, and suggests some advice on this system.更多还原