作者搜索
新闻
  10.5.5
C-DBLP系统正式发布作者研究兴趣及学术活动展示功能，请访问作者页面试用。
  09.7.6
C-DBLP的文献BibTex信息展示功能正式上线，请访问文章详细页面使用。
  09.7.29
C-DBLP系统新增同名区分功能，欢迎大家在作者页面试用。该功能部分使用了清华大学王建勇老师课题组提出的GHOST（GrapH-based framewOrk for name diStincTion）算法，在此表示感谢。
  09.6.2
C-DBLP系统集成了作者的相关图片并在搜索结果页面展示，敬请试用。
  更多>>
 
用HOQ拓展概念的软件描述及其定量结构化方法(英文)  BibTex
作者： 熊伟 渡边喜道 新藤久和
单位： 浙江大学工商管理系;Department of Computer Science and Media Engineering;Yamanashi University;Kofu 4008510;Japan;Department of Computer Science and Media Engineering;Yamanashi University;Kofu 4008510;Japan 浙江杭州310027
关键词： 软件工程;软件质量保证;结构设计;质量功能展开(QFD);质量屋(HOQ)
出处： 软件学报 2005 年 01期
基金： 国家自然科学基金~~
全文链接： 查看全文>>
摘要：
　　为了改善软件的质量和生产性,注目于与其密切相关的软件结构.首先,讨论了现有方法中软件结构分析和设计的问题;然后根据质量设计中的质量屋HOQ(house of quality)与产品设计中的工程图之间的相似性,将质量功能展开QFD(quality function deployment)中的质量屋HOQ概念扩展成一种软件描述工具,并引入H.A.西蒙的系统准分解可能性原理,提出了基于数量化理论3类QMT3(quantification method of type 3)的软件定量结构化方法,再通过与现有方法的比较分析,阐明了该方法的特点;最后,通过应用实例验证了该方法对软件结构分析和设计的有效性.因而为软件质量保证提供了有力的支持.
正文快照：
　　With large-scale software production, its complexity has become a prominent problem, and it is more important to improve the quality and productivity of software. We focus our attention on the software structure which is deeply related to them. Structure …
A Description Approach to Software by HOQ Extension Concept and Its Quantitative Structuralization
Author： XIONG Wei1+;Yoshimichi WATANABE2;Hisakazu SHINDO2 1(Department of Business Administration;Zhejiang University;Hangzhou 310027;China) 2(Department of Computer Science and Media Engineering;Yamanashi University;Kofu 4008510;Japan)
Keywords： software engineering;software quality assurance;structure design;quality function deployment (QFD);house of quality (HOQ)
Abstract：
　In order to improve the quality and productivity of software, the software structure which is deeply related to them, is observed in this paper. Firstly, the problems of software structure analysis and design of current methods are examined. Then, the HOQ (house of quality) concept of the QFD (quality function deployment) is extended as a tool for software description based on the similarity between HOQ in quality design and engineering drawing in product design. By applying Simon? idea of system? near decomposability, the quantitative structuralization method is proposed based on the QMT3 (quantification method of type 3). Furthermore, the features of this method are clarified by comparison with the current methods. Finally, the effectiveness of the method for software structure analysis and design is verified by an application. Therefore, the method can help successfully for assurance of software quality.