The Design And Realization Of The Toll Collection System Based On Self-generation Of B / S Mode

With increasingly fierce competition in banking, expanding new business and service is becoming new direction of economic development and profitable gains. At present, the existing self-service terminal station system adopts the Client/Server (C/S) architecture, which is the server adopts the integrated frontier and the intermediate business platform. The client runs programmes developed by all kinds of corperations. Self-service system adopting C/S architecture needs to modify and compile every Client of all terminals when expanding new operations, to upgrade one by one.It'll consume huge manpower and material resourses on condition that there're many sites and terminals. Furthermore, there exist many other drawbacks, such as different interfaces, different operation procedures, difficult upgrade , difficult maintenance etc.As newly popular architecture, Browser/Server (B/S) model is accepted by more and more people gradually with extensive applications. Therefor, it is regarded by all business banks to alterate present self-service terminals from C/S architecture to B/S architecture that aims at offer better service for costomers.This disseratation focuses on researching and developing the WEB-based self-service terminal agent system. In the development, the article author primarily has finished overall analysis of the proxy paying subsystem, and has carried on the system structure and the plan design. The article author carried on systematical debugging and partial optimization of the system after the members has finished on coding and testing their modules.This disseratation describes B/S mode self-service terminal system scheme in aspect of system development, equipment and network structure, hardware drivers, safety control. Then, we specifically design and realize the self-service terminal station paying subsystem under such framework. We found the business logic base by describing overall requirements and business operation procedures. And we design the system architecture and scheme on the basis of specifically analizing the design goal and design principle. Finially, we have accomplished the development of main function module of subsystem adopting Servlet, JSP,Jdom,Log4j,ResourcePool,TransactionPathTable,Pattern,Componet main technology.