Understanding Resilience: Looking at Frameworks & Standards - A Systematic Study from Cyber Perspective

Nishanth Laxman, Daniel Krohmer, Markus Damm, R. Schwarz, P. Antonino
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Abstract

Resilience as a system attribute and concept has gained importance and relevance in recent years as the world becomes more complex and interdependent. Most of our so-called critical infrastructures require strong IT support and infrastructure, and our reliance on their continuous availability and quality of service, makes them significant, as even short outages might cause dramatic economic losses. The systems must able to cope up with unexpected disturbances and compensate for them adequately, thereby being resilient. We found that the term resilience is being used in vastly different fields ranging from social sciences, ecology, or economics to engineering disciplines. As a first step toward understanding resilience, its notions and contexts, how such systems can be built and so on, we conducted a systematic study from cyber perspective. In this paper we provide our methodology, brief highlights, excerpts, and inferences specifically on frameworks and standards, we drew from from our study.
理解弹性:看框架和标准-从网络角度的系统研究
近年来,随着世界变得越来越复杂和相互依赖,弹性作为一种系统属性和概念变得越来越重要和相关。我们大多数所谓的关键基础设施都需要强大的IT支持和基础设施,我们对它们的持续可用性和服务质量的依赖使它们变得非常重要,因为即使是短暂的中断也可能造成巨大的经济损失。系统必须能够应付意外的干扰并对其进行充分的补偿,从而具有弹性。我们发现,从社会科学、生态学、经济学到工程学科,弹性一词被广泛应用于不同的领域。作为理解弹性的第一步,它的概念和背景,如何建立这样的系统等等,我们从网络的角度进行了系统的研究。在本文中,我们提供了我们的方法,简短的亮点,摘录,以及我们从研究中得出的关于框架和标准的推论。
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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