基于J2EE汽车金融合同系统的设计与实现

发布时间：2018-07-05 00:29

本文选题：汽车金融 + 合同管理　；参考：《天津大学》2016年硕士论文

【摘要】：随着汽车市场的发展和经济体制改革,汽车金融业的竞争变得日趋激烈。如何引入信息技术来加强科学管理,提升自身竞争力,实现稳定健康的可持续发展已成为汽车金融行业必须面对的问题。很多汽车金融企业尚处于半手工状态,或者信息系统的技术过于陈旧如C/S系统,这导致了贷款发放和催收流程缓慢,效率比较低而且出错概率比较高,潜在风险大等问题,容易给汽车金融行业造成损失,因此传统的管理方式和陈旧的系统已经不能满足当代汽车金融业务发展的需要。本文将重点阐述如何通过J2EE技术来构建满足业务需要高效的实用的信息系统。汽车金融合同管理系统为B/S结构,满足用户对系统的高扩展性和可维护性的需求。在需求分析中,阐述了业务流程,详细叙述了设备管理、金融产品管理、业务伙伴管理、合同管理、放款管理、贷后管理和用户管理七大主要功能模块,借助UML工具给出部分模块的用例图和流程图。系统设计阶段,借助领域驱动设计方法论,设计出系统各领域的模型,给出来数据库的逻辑结构设计和物理结构设计,对于非功能性需求阐述了设计过程中遵守10原则。在系统实施过程中采用敏捷开发方法,以迭代的方式向客户提交产品,最后叙述了如何具体通过SSH(Spring、Struts和Hibernate)来快速构建企业应用。
[Abstract]:With the development of automobile market and the reform of economic system, the competition of automobile finance becomes more and more fierce. How to introduce information technology to strengthen scientific management, enhance their own competitiveness, and achieve a stable and healthy sustainable development has become the automotive financial industry must face the problem. Many auto finance enterprises are still in a semi-manual state, or the technology of information systems is too old, such as the C / S system, which leads to problems such as slow loan issuance and collection processes, low efficiency, high probability of error, high potential risks, and so on. It is easy to cause losses to the automobile finance industry, so the traditional management mode and the old system can not meet the needs of the development of the modern automobile finance business. This paper will focus on how to build an efficient and practical information system to meet the needs of business through J2EE technology. The automobile financial contract management system is a B / S structure, which meets the needs of users for high expansibility and maintainability of the system. In the demand analysis, the business process is expounded, and seven main function modules, namely, equipment management, financial product management, business partner management, contract management, loan management and user management, are described in detail. The use case diagram and flow chart of some modules are given with UML tools. In the design stage of the system, with the help of domain-driven design methodology, the models of each domain of the system are designed, and the logical structure design and physical structure design of the database are given. For the non-functional requirements, the 10 principles in the design process are expounded. The agile development method is adopted in the implementation of the system, and the product is submitted to the customer iteratively. At last, it describes how to build enterprise application quickly through SSH (Spring Struts and hibernate).
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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