银行信贷管理系统架构设计与实现

发布时间：2018-05-10 15:11

本文选题：银行信贷系统 + 架构分析　；参考：《电子科技大学》2013年硕士论文

【摘要】：随着我国市场经济改革的不断深入，我国中小银行的商业化改革从未停歇，特别是在信息化建设方面，中小银行表现出了非常强烈的需求，使得信贷管理系统成为了银行核心业务系统中重中之重的信息化建设项目之一。信贷管理系统作为专业级应用系统，其主要目的是银行进行信贷业务管理和风险控制。而在其进行系统的构建过程中，系统架构的设计是整个系统构建的基础，具有极其重要的作用，系统架构的性能直接影响了整个系统的使用性能。本文通过对我国中小银行信贷系统中底层技术的关键问题进行分析、设计、实现。论述了在B/S软件框架体系下银行软件开发的关键性技术问题；同时对目前银行系统研发所用的开发平台和开发工具做了比较和分析，针对研发的周期、难易度、安全性等问题，经过综合评价，最终选择了J2EE平台作为研发的基础语言，并采用spring、ejb、hibernate、struts实现整个信贷系统的底层框架。论文首先对银行信贷建设的历史作了概要回顾，分析了银行信贷系统包括的各项子系统，阐述了子系统在整体系统运营中的重要性和必然性。总结其他银行和团队在设计该系统的缺陷和不足，结合我行的实际运行情况提出了一些解决方案。在此基础上，对本行信贷系统进行了系统性的需求分析，从系统的业务需求和系统功能需求两方面深入分析完成本系统所需要的基本功能和外部接口，明确信贷系统在整个银行信息化中所起的主要作用和与其它子系统的外在内在关系。系统实现：首先明确了系统的整体架构的设计方案，并使用java实现了底层的基本代码，对所有的代码通过junit进行了完整测试，接着利用Apache Tomcat服务器对项目进行了部署测试。为了提高开发效率和项目小组的协同性，在架构的实现中对底层框架进行了模式化、模块化，对常规代码进行了封装处理，最后提供一个完整解决方案供项目的二次开发和UI部分的完整呈现，，在本文中重点针对整个系统底层框架的实现做了研究和开发，并针对重要模块的实现做了完整的实例及解释，但不涉及视图的呈现部分。
[Abstract]:With the deepening of the market economy reform in our country, the commercial reform of the small and medium-sized banks in our country has never stopped. Especially in the field of information construction, the small and medium-sized banks have shown a very strong demand. The credit management system has become one of the most important information construction projects in the core business system of the bank. As a professional application system, the main purpose of credit management system is credit management and risk control. In the process of constructing the system, the design of the system architecture is the foundation of the whole system construction and plays an extremely important role. The performance of the system architecture has a direct impact on the performance of the whole system. This paper analyzes, designs and implements the key problems of the underlying technology in the credit system of small and medium banks in China. This paper discusses the key technical problems in the development of bank software under the system of B / S software framework, and makes a comparison and analysis of the development platform and tools used in the development of the banking system at present, aiming at the problems of the cycle, the degree of difficulty and the security of the research and development. After comprehensive evaluation, the J2EE platform is chosen as the basic language of the research and development, and the bottom frame of the whole credit system is realized by using springboard JB / C hibernatestruts. Firstly, the paper reviews the history of bank credit construction, analyzes the subsystems included in the bank credit system, and expounds the importance and inevitability of the subsystem in the operation of the whole system. This paper summarizes the defects and shortcomings of other banks and teams in designing the system, and puts forward some solutions combined with the actual operation of our bank. On this basis, the bank credit system is analyzed systematically, and the basic functions and external interfaces of the system are analyzed from the two aspects of the system's business requirements and the system's functional requirements. It is clear that the credit system plays the main role in the whole bank informatization and the external relationship between the credit system and other subsystems. System implementation: firstly, the design scheme of the overall architecture of the system is defined, and the underlying basic code is implemented by using java. All the codes are tested through junit, and then the deployment test is carried out by using the Apache Tomcat server. In order to improve the development efficiency and the cooperation of the project team, the underlying framework is modeled, modularized, and the general code is encapsulated in the implementation of the architecture. Finally, a complete solution is provided for the second development of the project and the complete presentation of the UI part. A complete example and explanation for the implementation of the important module is given, but the rendering part of the view is not involved.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TP311.52;F832.4

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