物件導向技術應用於測試資料傳輸系統之研究-以A晶圓測試廠為例

Abstract

隨著以客戶為導向觀念的抬頭，各企業越來越注重客戶需求，為了增加公司的競爭力，提高客戶的滿意度，產品的品質與公司服務是必備的條件之一，然而對於一個晶圓廠來說，產品的品質等於測試品質，而測試資料回傳至各客戶卻是公司的重要服務項目之一，所以一個穩定的測試資料傳輸系統(Testing Data Dispatcher System)對於一個晶圓測廠來說扮演了很重要的角色。 在此情況之下，本論文利用J2EE(Java 2 Enterprise Edition)相關技術，分析及開發所需的商業元件，改善並加強了現有的測試資料傳輸系統 (Testing Data Dispatcher System)，此修改後的系統具有分散式、可擴充且可靠性高的優點，不僅可降低開發人員的技術門檻並提高系統的開發效率，降低開發時程且易於維護，同時也增進了晶圓測試廠的IT服務品質，最後達到與客戶之間的資料流整合提高了穩定性，減少客戶抱怨並提高了客戶的滿意度。

Due to the awareness of customer-oriented service in recent years, corporations emphasize the importance to satisfy customer’s requirements. In order to boost the company's competitiveness and improve the customer satisfaction, product quality and company service are essential. For a testing house, the testing quality has a great impact on the quality of the product. Therefore, to return customer testing data successfully is one of the important service projects. Thus a stable TDDS (Testing Data Dispatcher System) plays an important role for a testing plant. Under such circumstance, this thesis combines J2EE (Java Enterprise Edition) technology and commercial component development to improve and enhance existing TDDS (Testing Data the Dispatcher System). The modified system has advantages of decentralization, scalability and high reliability. It can not only lower the developer's technical entry level, but also reduce the development time. Furthermore, the efficiency of the system development is improved and the maintenance effort is much relieved. In addition, the quality of IT services for a testing house is enhanced as well. Finally, it will keep high stability for the integration of data flow among customers, reduce the customer complaints and improve the customer satisfaction.