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Towards anti-ageing model for the evergreen software system

机译:迈向常绿软件系统的抗衰老模型

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Over the years, software ageing became a significant field of study. The degradations of software performance and the accumulation of errors or software faults are the sign of software system is getting old. Past researcher had drawn the analogies between the ageing of software systems and biological systems. Contradict with human ageing, software ageing can be delayed by understand the influenced factors. As ageing is inescapable, there are numbers of researches that have been conducted in order to indicate the factors that might influence the occurrence of the software ageing phenomenon. Degradation performance based on software quality has been observed. Previous study specifies that software ageing factors can be possibly classified into some categorization such as technology, functionality, cost, human and environment. Anti-ageing is a process that slows down and prevents ageing from occurring. Software anti-ageing is a process to prevent software from ageing which results the young and evergreen software. Our past experiences in software quality and certification inspires us to the development of the preliminary anti-ageing model. This paper presents the empirical study on software ageing factors, the conceptual software anti-ageing model, and validation by a case study.
机译:多年来,软件老化已成为一个重要的研究领域。软件性能的下降以及错误或软件故障的累积是软件系统老化的标志。过去的研究人员已经得出了软件系统和生物系统老化之间的类比。与人类老化相反,可以通过了解影响因素来延迟软件老化。由于无法避免老化,因此进行了许多研究,以表明可能影响软件老化现象发生的因素。已经观察到基于软件质量的降级性能。先前的研究表明,软件老化因素可能可以归类为某种类别,例如技术,功能,成本,人员和环境。抗衰老是一个减慢速度并防止老化发生的过程。软件抗老化是一种防止软件老化的过程,该过程会导致软件老化且常绿。我们过去在软件质量和认证方面的经验启发我们开发初步的抗衰老模型。本文通过案例研究,对软件老化因素,概念性软件抗老化模型以及验证进行了实证研究。

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