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Modelling and Evaluating Software Project Risks with Quantitative Analysis Techniques in Planning Software Development

机译:在计划软件开发中使用定量分析技术对软件项目风险进行建模和评估

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摘要

Risk is not always avoidable, but it is controllable. The aim of this paper is to present new techniques which use the stepwise regression analysis to model and evaluate the risks in planning software development and reducing risk with software process improvement. Top ten software risk factors in planning software development phase and thirty control factors were presented to respondents. This study incorporates risk management approach and planning software development to mitigate software project failure. Performed techniques used stepwise regression analysis models to compare the controls to each of the risk planning software development factors, in order to determine and evaluate if they are effective in mitigating the occurrence of each risk planning factor and, finally, to select the optimal model. Also, top ten risk planning software development factors were mitigated by using control factors. The study has been conducted on a group of software project managers. Successful project risk management will greatly improve the probability of project success.
机译:风险并非总是可以避免的,但是它是可控的。本文的目的是提出使用逐步回归分析来建模和评估规划软件开发中的风险并通过软件过程改进来降低风险的新技术。向受访者介绍了计划软件开发阶段的十大软件风险因素和三十个控制因素。这项研究结合了风险管理方法和规划软件开发,以减轻软件项目的失败。执行的技术使用逐步回归分析模型来将控件与每个风险规划软件开发因素进行比较,以确定和评估它们在减轻每个风险规划因素的发生方面是否有效,最后选择最佳模型。此外,使用控制因素可以缓解前十大风险规划软件开发因素。这项研究是针对一组软件项目经理进行的。成功的项目风险管理将大大提高项目成功的可能性。

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