基于软计算和模拟生物学方法的软件风险管理设计

Alankrita Aggarwal, Dr. Kanwalvir Singh Dhindsa, P. K. Suri
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引用次数: 3

摘要

软件评估过程是质量保证团队处理的关键任务之一,这样软件套件中的风险就可以被识别出来,并且可以通过事先通知来消除。在缺陷预测模型中可以使用不同类型的度量,广泛使用的度量是源代码和过程度量。需要针对多个场景和参数生成整个过程的模拟环境,以便有效地描述结果和结论。研究的重点是利用软计算和自然启发的方法为软件风险管理开发一个叙事架构和设计。所提出的模拟生物反应(SBR)方法有望在多参数下获得有效的结果,并具有基于软计算的优化风格。建议的方法应该是综合模拟不同物质和元素中的微生物过程,以产生一种新的物质。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design for Software Risk Management Using Soft Computing and Simulated Biological Approach
The process of software evaluation is one of the key tasks that are addressed by the quality assurance teams so that the risks in the software suite can be identified and can be removed with prior notifications. Different types of metrics can be used in defect prediction models, and widely used metrics are source code and process metrics. A simulated environment for the entire process shall be generated for multiple scenarios and parameters so that the results and conclusion can be depicted in an effective way. The focus of research is to develop a narrative architecture and design for software risk management using soft computing and nature-inspired approach. The proposed approach titled simulated biological reaction (SBR) is expected to have the effectual results on multiple parameters with the flavor of soft computing-based optimization. The proposed approach shall be integrating the simulation of microbiological process in different substances and elements to produce a new substance.
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