Analysis of Software Quality Enhancement through Stability Metrics Models

S. Dimri, Kamlesh Chandra Purohit, Ankur Dumka
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Abstract

To thrive in today's competitive market, the quality of a company's software is the single most important factor. Many elements, including the program's design, quality measurements, reliability models, and root cause analysis for defect management, contribute to the enhancement of software product quality. In order to make software systems more trustworthy, this study examines how several reliability measurements might be used. Additionally, the paper stresses the need of implementing a quality improvement programme like root cause analysis to get to the bottom of faults and reduce the likelihood of recurrence of the same errors. This paper demonstrates how an efficient programme for root cause analysis may enhance the learning process and contribute to the establishment of standards in any business. An introduction to software reliability measurements and a root cause analysis tool are provided in this article as a means of bettering overall software quality. Root-cause analysis, reliability metrics, and enhanced software quality are all essential concepts.
通过稳定性度量模型分析软件质量的提高
为了在当今竞争激烈的市场中茁壮成长,公司软件的质量是唯一最重要的因素。许多元素,包括程序的设计、质量度量、可靠性模型,以及缺陷管理的根本原因分析,都有助于提高软件产品质量。为了使软件系统更值得信赖,本研究考察了如何使用几种可靠性测量方法。此外,本文强调需要实施质量改进计划,如根本原因分析,以找出故障的根源,并减少相同错误再次发生的可能性。本文演示了一个有效的根本原因分析程序如何能够增强学习过程,并有助于在任何业务中建立标准。本文将介绍软件可靠性度量和根本原因分析工具,作为提高整体软件质量的一种手段。根本原因分析、可靠性度量和增强的软件质量都是基本概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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