The Design And Implementation Of Bank Teller System Based On Web2.0

It has been a mainstream that the computer technology is used to developbanking business in banking industry, which directly related to profit maximization.In recent years, the major national Banks and state-owned commercial Banks areconstantly updated, or modified their own trading systems. This paper mainlystudies the bank teller system based on web technology. Such system, as an integralpart of the bank system, is directly used by bank tellers and customers.This article is drawn from the real demand from the bank of Taiwan Kaohsiungto transform formal teller system. The original system is based on USES C/Sarchitecture. The database among different branches only preserves their owntrading correspondence. Thousands of transactions, makes the system running atlow efficiency and system functional expansion capacity gets close to the limit.Based on the above requirements, this dissertation analyze how to implement thedesign features by using the web technology in the2.0system, based on B/Sstructure, combined with the traditional MVC pattern.At the same time, the article introduces the specific content of the traditionalbank teller transaction business, such as personal/corporate transfer, deposit (current,and regularly check), payment. This dissertation mainly from the system relatedresearch situation at home and abroad, because it is based on web technology, suchas web service.The analysis focuses on the comparison on the key technologies in the web2.0technology as choosing between Dojo and Jquery in open source JavaScriptlibraries. The article selects the bluetail ticket tracker (BTT) commercial framework,using its encapsulated bank business component to encapsulate into availablenetwork module by Web Service, in order to complete data exchanged andintegration between systems. Finally, message delivery service is finalized by usingthe comet technology among business roles. This paper is formed by5parts: firstly,defining the role of business and the business process; secondly, using thetraditional three-layer architecture; thirdly, designing four modules andconfiguration management module which is trade, transfer, licensing deals, andpayment transaction; fourthly, completing the modeling and realization of thebusiness process; and finalized with the tests on the designed features of the system.This article is aimed to seek out composite components which fit thecharacteristics of the actual business through using BTT commercial framework, in order to extract into universal business component, which meets the needs ofsoftware development, shortens the time of business modeling, reducesdevelopment risks, and satisfies the user requirements at utmost. This dissertationprovides specific case for the following development of bank informationtechnology.I also use the IBM technology and product as the design, development,testing, and deployment tool.