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Biological Inspired Approach in Parallel Immunology System for Network Security

机译:网络安全并行免疫系统的生物启发方法

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Biologically - inspired computer security has various techniques to solve the problems that facing computer networks security, such as immune system, diversity, danger theory, virus Epidemiology and nonrepresentational approaches. Immune Systems are fairly complex with some unique schemes and are thus a rich source of concepts, which are applicable to a variety of problems. In this paper a new framework together with a set of paradigms for adaptive immune virtual layers implemented by multi-mobile agents based active monitoring of network systems is proposed. Multi-mobile agents combine features of adaptation, self defending and self monitoring of human immune system, that works in parallel with decentralizes control. Adaptive immune virtual layers system could be implemented by Kernel -assisted mobile agents (processes) that migrate between computers and search for a specific abnormal behavior, and take necessary actions: monitoring each other, detecting attacks, eliminating, circulating, and replicating themselves.
机译:生物启发的计算机安全性具有各种技术来解决计算机网络安全性的问题,例如免疫系统,多样性,危险理论,病毒流行病学和非特性文化方法。免疫系统与一些独特的方案相当复杂,因此是一种丰富的概念来源,适用于各种问题。在本文中,提出了一种新的框架与基于多移动代理的基于多移动代理的自适应免疫虚拟层的一组范例进行了新的框架,该框架是基于网络系统的多移动代理的主动监测。多移动代理结合了人类免疫系统的适应,自卫和自我监测的特征,与分散控制平行工作。自适应免疫虚拟层系统可以由内核 - 分配的移动代理(进程)实现,该移动代理(进程)在计算机之间迁移并搜索特定的异常行为,并采取必要的操作:相互监视,检测攻击,消除,循环和复制自己。

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