Application Research Of Software Quality And Measurement Model Based On RUP

The software quality and software quality management increasingly become the focused point of vital concernment for people. To improves the software quality in view of the present software enterprise's urgent demand, and simultaneously considered more and more the software development project uses the iteration development way, it is very important to design and implement a support tool to apply software quality management based on RUP.This article based on expounding software quality management related theory and the unify software process methodology, and aim at the related quality factor and quality characteristic in software quality measure model, emphatically study these influences are affected all kind of activities which based on RUP software, and deeply researching the system architecture design and implement of software quality management plant.From software measurement aspect, this article is expounding the meaning of using software measurement methodology to improve software quality and is introducing quality measurement methodology. Based on Rational unify process, this article analyzed and compared current software quality measurement model, and highlights a new software quality measurement process model. This article is emphatically elaborating the contents include the main function structure of quality control system, quality evaluation, peer review management, defect management, integrated research and analysis Statistics etc. At the same time, this article is also introducing their related implemented Technology.In the analysis and design foundation, this article is elaborating implemented process and result of an actual software quality control system.The goal of this thesis is to help software organizations provide a software quality management tool for software development process management based on Rational Unify process. Through utilizes this tool, improve software process quality step by step, increase the visibility of process controlling. Finally achieve the goal to improve the quality of software products and enhance the enterprise market competitive strength.