The Design And Implementation Of Petty Loan Management System For Commercial Bank Of Urumqi

To expanding the loan business of bank, domestic banks have increased petty loan business including commercial bank of Urumqi. The process of application of petty loan is relatively simple, relatively low threshold. After the launching of petty loan business, it receives the welcome of all kinds of users. As the growing of amount of petty loan business, many petty loan related information also presents the fast growth. The management of petty loan has directly important impact on the economic benefits of enterprise. Therefore, the comprehensive implementation of petty loan information management is particularly important.The dissertation analyzes the development background, significance and research status at home and abroad of petty loan management system. It describes the main work of the dissertation briefly. The dissertation analyzes the overall business requirement of system. On this basis, it analyzes the system requires five functions which are system management, depositor management, customer management, loan management and contract management. According to the investigation and analysis of system, the users of this system are divided into two types which are system administrator and administrator. In the phase of system design, it uses the current most popular B/S architecture. It elaborates the specific function of each function module, at the same time completes database design. The dissertation use Java programming language, SQL Server 2008 database management system and MVC frame complete the implementation of system. It makes full use of the advantage of development tools. The system developed has strong extensibility and fully function. Through design testing use case it completes the process of system testing. It prospects the subsequent work of system requiring carry out.The petty loan management system uses J2 EE technology and the multilayer architecture design. The system has advantages in terms of security, scalability and cross-platform. At present, the system has been trial run in the unit. The functions of the system achieves expect effect.