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Software architecture reliability prediction models: An overview

机译:软件体系结构可靠性预测模型:概述

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The ability to predict reliability of the software during its architectural design not only helps in saving cost but also helps to improve its reliability. With the growing size and complexity of software applications researchers have focused that how to get software reliability through its architecture. Architectural design phase is the stage where one can evaluate either the developed software will fulfill the requirements or not; that's why a highly reliable method is required to analyze and predict the software's architectural reliability. Reliability prediction at architecture level is a challenging task because the architecture reliability depends on the reliability of the individual component, their size, complexity, implemented technology and the interaction among the components. In this paper we have compared the existing reliability prediction models based on our criteria. The purpose is to discover that which one is the best and what is the shortcoming of these models. We also have suggested the research activities needed to overcome these shortcomings.
机译:在软件的体系结构设计过程中预测软件可靠性的能力不仅有助于节省成本,还有助于提高其可靠性。随着软件应用程序的规模和复杂性的增长,研究人员已集中精力研究如何通过其体系结构获得软件可靠性。体系结构设计阶段是可以评估开发的软件是否满足要求的阶段。这就是为什么需要一种高度可靠的方法来分析和预测软件的体系结构可靠性。在体系结构级别进行可靠性预测是一项具有挑战性的任务,因为体系结构的可靠性取决于各个组件的可靠性,它们的大小,复杂性,实施的技术以及组件之间的交互。在本文中,我们根据标准比较了现有的可靠性预测模型。目的是发现这些模型中哪一个是最好的,什么是缺点。我们还建议了克服这些缺点所需的研究活动。

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