Large-scale systems security evolution: control theory approach

T. Stepanova, D. Zegzhda
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引用次数: 5

Abstract

Rapidly expanding information technologies field clearly discovers tendency of increasing computer systems' heterogeneity and distribution level. In this paper authors reveal the hidden attributes of IT security evolution towards more assumptions about attacker power and less assertions on provided security level. The proposed view of IT security evolution makes it possible to classify security providing technologies in terms of control theory. This comparison, in turn, allows to borrow a rich theoretical framework of appropriate control theory methods (for non-linear, non-stationary, discrete-continuous automatic control systems) and adopt them for cyber security purposes. Moreover, proposed control theory view enables prediction of the future security evolution stages and allows to partially determine them.
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大规模系统安全演化:控制理论方法
迅速发展的信息技术领域清楚地显示出计算机系统异构和分布水平不断提高的趋势。在本文中,作者揭示了IT安全发展的隐藏属性,即更多地假设攻击者的能力,而更少地断言所提供的安全级别。所提出的IT安全演化观点使得根据控制理论对安全提供技术进行分类成为可能。这种比较反过来又允许借用适当的控制理论方法(用于非线性、非平稳、离散连续自动控制系统)的丰富理论框架,并将其用于网络安全目的。此外,提出的控制理论观点能够预测未来的安全演变阶段,并允许部分确定它们。
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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