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Business-oriented software process improvement based on CMMI using QFD

机译:使用QFD的基于CMMI的面向业务的软件流程改进

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摘要

Software Process Improvement (SPI) has become the key to the survival of many software development organizations. As a follow-up of a previous paper on SPI for the CMM using Quality Function Deployment (QFD), a new SPI framework integrating QFD with the CMMI is developed. Similar to the earlier SPI framework for the CMM, the proposed SPI framework based on the CMMI using QFD aims to achieve three objectives: (1) to map process requirements, including business requirements, to the CMMI with the help of QFD; (2) to develop a method based on QFD for the integration and prioritization of requirements from multiple perspectives (groups); and (3) to be able to prioritize software process improvement actions based on process requirements.rnProcess requirements from multiples groups of stakeholders (perspectives), including business goals, are integrated and prioritized. SPI actions are linked to these process requirements using QFD. Thus, the priorities of actions reflect the priorities of process requirements. By executing the actions with the highest priorities, the highest satisfaction level of process requirements can be achieved. One unique feature of the framework for the CMMI Continuous representation is that the priority values of these actions can be compared across PAs, even when the PAs attempt to reach different capability levels.
机译:软件过程改进(SPI)已成为许多软件开发组织赖以生存的关键。作为先前关于使用质量功能部署(QFD)的CMM的SPI论文的后续,开发了将QFD与CMMI集成在一起的新SPI框架。类似于较早的CMM SPI框架,基于QMI的CMMI的拟议SPI框架旨在实现三个目标:(1)在QFD的帮助下将过程需求(包括业务需求)映射到CMMI; (2)开发基于QFD的方法,以从多个角度(组)对需求进行整合和优先级排序; (3)能够根据流程要求确定软件流程改进措施的优先级。rn集成并确定了来自多个利益相关者(观点)群体的流程要求,包括业务目标。使用QFD将SPI操作与这些过程要求链接在一起。因此,行动的优先顺序反映了流程要求的优先顺序。通过执行具有最高优先级的动作,可以实现过程要求的最高满意度。 CMMI连续表示框架的一个独特功能是,即使PA试图达到不同的能力级别,也可以在各个PA之间比较这些动作的优先级值。

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