Testability as a Measure for Improving Software Quality in System Analysis and Design

Irfanullah Khan, Abdul Khaliq Khan Shinwari
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Abstract

Software quality assurance is being an emerging field of software engineering, advocating more stable solutions to real-world systems strongly. SQA is a formal procedure used to evaluate, document, and assure the quality of the work products at all phases of SDLC. Different factors may affect the quality of the system. The primary purpose of this research is to identify and understand various quality factors and their effect on software/system development. The relationships between these factors and SDLC phases are investigated, and another quality factor testability is proposed to the quality factor set of the system analysis & design. The expected results of the proposed solution have shown the importance of testability, specifically at system analysis & design phase of software/system development.
在系统分析与设计中,可测试性是提高软件质量的一种手段
软件质量保证正在成为软件工程的一个新兴领域,强烈主张为现实世界的系统提供更稳定的解决方案。SQA是一个正式的过程,用于在SDLC的所有阶段评估、记录和保证工作产品的质量。不同的因素可能会影响系统的质量。本研究的主要目的是识别和理解各种质量因素及其对软件/系统开发的影响。研究了这些因素与SDLC阶段之间的关系,提出了系统分析设计质量因素集的另一种质量因素可测性。所提出的解决方案的预期结果表明了可测试性的重要性,特别是在软件/系统开发的系统分析和设计阶段。
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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