Five Decades of Software Reliability, Past, Present, Future and New Challenges

N. R. Barraza
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Abstract

Almost 50 years have passed since the first Software Reliability models were developed, namely the well-known nonhomogeneous Poisson processes based. Over these years, a lot of new models have been proposed and software component has become more and more important in technological projects. In addition, and perhaps more importantly, Software Engineering has strongly evolved and so have software development and testing methodologies, improving the classical waterfall method popular in the 70s. This poses some questions: Are the original models still applicable? Are there any software reliability models that take into account modern Software Engineering methodologies? What are the new concepts introduced by the modern Software Engineering methods? What are the new characteristics required to Software Reliability models in order to be applied to todays projects? In this paper, we address these questions by reviewing the academic and industrial research on Software Reliability and Engineering and analyze possible new proposals.
软件可靠性的五十年,过去,现在,未来和新的挑战
自第一个软件可靠性模型,即众所周知的基于非同构泊松过程的模型被开发以来,已经过去了近50年。近年来,人们提出了许多新的模型,软件组件在技术项目中的地位越来越重要。此外,也许更重要的是,软件工程已经得到了强有力的发展,软件开发和测试方法也得到了发展,改进了70年代流行的经典瀑布方法。这就提出了一些问题:原来的模式还适用吗?有没有考虑到现代软件工程方法的软件可靠性模型?现代软件工程方法引入了哪些新概念?为了将软件可靠性模型应用到今天的项目中,需要哪些新特征?在本文中,我们通过回顾软件可靠性和工程的学术和工业研究来解决这些问题,并分析可能的新建议。
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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