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Using Nature and Bio-inspired Technologies for Building Innovative Proactive Security Mechanisms

机译:利用自然和生物启发技术建立创新的主动安全机制

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The current security scheme can be characterized mainly as reactive rather than proactive. Prevention security mechanisms can however provide significant advantages in todayȁ9;s computer based systems. Nature is an inspiration pool for such innovative proactive mechanisms and has given birth to several bio-inspired technologies. One such technology is Artificial Immune Systems (AIS). AIS aim to use proactive mechanisms inspired by the natural immune system on several applications, including computerized systems. Since the natural immune system can be viewed as a defense system, the appropriate transfer of immune mechanisms to our computerized defense systems is of great interest. In this paper we introduce the main conceptual design approach of AIS. We analyze the Negative Selection Algorithm (NSA) which is one of the basic immune algorithms and we discuss several improvements to its design. Finally, we introduce the proposed Autonomous Detector NSA algorithm and argue its suitability and advantages when used for computer security applications.
机译:当前的安全方案主要可以描述为被动的而不是主动的。但是,预防安全机制可以在当今基于计算机的系统中提供显着的优势[9]。大自然是此类创新主动机制的灵感源泉,催生了多种生物启发技术。一种这样的技术是人工免疫系统(AIS)。 AIS的目的是在多种应用程序(包括计算机系统)上使用受自然免疫系统启发的主动机制。由于自然免疫系统可以被视为防御系统,因此将免疫机制适当转移到我们的计算机化防御系统中引起了极大的兴趣。在本文中,我们介绍了AIS的主要概念设计方法。我们分析了作为基本免疫算法之一的负面选择算法(NSA),并讨论了其设计的一些改进。最后,我们介绍了拟议的自主检测器NSA算法,并论述了其在计算机安全应用中的适用性和优势。

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