首页> 外文会议>2015 IEEE International Conference on Computer Graphics, Vision and Information Security >Healing process towards resiliency in cyber-physical system: A modified danger theory based artifical immune recogization2 algorithm approach
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Healing process towards resiliency in cyber-physical system: A modified danger theory based artifical immune recogization2 algorithm approach

机译:网络物理系统中恢复能力的恢复过程:一种基于改进的危险理论的人工免疫识别2算法方法

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摘要

Healing Process is a major role in developing resiliency in cyber-physical system where the environment is diverse in nature. Cyber-physical system is modelled with Multi Agent Paradigm and biological inspired Danger Theory based-Artificial Immune Recognization2 Algorithm Methodology towards developing healing process. The Proposed methodology is implemented in a simulation environment and percentage of Convergence rates shown in achieving accuracy in the healing process to resiliency in cyber-physical system environment is shown.
机译:修复过程是在环境物理性质多样的网络物理系统中发展弹性的主要作用。网络物理系统采用多智能体范例和基于生物启发危险理论的人工免疫识别算法模型进行建模,以发展康复过程。所提出的方法是在模拟环境中实施的,并且显示了收敛速率的百分比,该收敛速率在实现恢复过程中对网络物理系统环境中的弹性的准确性中显示出来。

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