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首页> 外文期刊>ARPN Journal of Systems and Software >An Experimental Evaluation of Defect Prevention and Change Management in Software Process Optimization in the Nigerian Software Industry
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An Experimental Evaluation of Defect Prevention and Change Management in Software Process Optimization in the Nigerian Software Industry

机译:尼日利亚软件行业软件流程优化中的缺陷预防和变更管理实验评估

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Defect Prevention (DP), Technology Change Management (TCM) and Process Change Management (PCM) are key process areas in software process optimization. Defect Prevention involves analyzing defects that were encountered in the past and taking specific actions to prevent the occurrence of these types of defects in the future. Technology Change Management, on the other hand, involves identifying, selecting, and evaluating new technologies, and incorporating effective technologies into the organization. Process Change Management involves defining process improvement goals and, with senior management sponsorship, proactively and systematically identifying, evaluating, and implementing improvements to the organization’s standard software process and the projects’ defined software processes on a continuous basis. This paper dwells on the performance of DP, TCM, and PCM in the Nigerian software industry. Using survey and action research methods, a total of thirty (30) Nigerian software companies were randomly selected for study, out of which twenty six (26) (i.e. 86.67%) companies responded to the questionnaire given out. It is shown that the performance of DP, TCM and PCM is very weak in the Nigerian software industry. The areas should therefore be accorded the needed attention so as to strengthen them for optimal performance.
机译:缺陷预防(DP),技术变更管理(TCM)和流程变更管理(PCM)是软件流程优化中的关键流程领域。缺陷预防包括分析过去遇到的缺陷,并采取特定措施来防止将来发生此类缺陷。另一方面,技术变更管理涉及识别,选择和评估新技术,并将有效技术整合到组织中。流程变更管理涉及定义流程改进目标,并在高级管理层的支持下,主动,系统地识别,评估和实施对组织的标准软件流程和项目的定义软件流程的持续改进。本文重点介绍了尼日利亚软件行业中DP,TCM和PCM的性能。使用调查和行动研究方法,总共随机选择了三十(30)个尼日利亚软件公司进行研究,其中有二十六(26)(即86.67%)公司对发出的问卷进行了答复。结果表明,在尼日利亚软件行业中,DP,TCM和PCM的性能非常弱。因此,应该对这些区域给予必要的关注,以增强它们的性能,以实现最佳性能。

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