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A New Bionic Architecture of Information System Security Based on Data Envelopment Analysis

机译:基于数据包络分析的新型信息系统安全仿生架构

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With the information technology advances in recent years, security problems become significantly important. Known that security is a complex, impressionable and multidimensional property, useful measures to assess the information system security are hard to find. The biological immune system is an expert at recognizing the antigens. After distinguishing it from the 'self', the immune system will combine with its functions to obliterate the foreign pathogens. Through introducing the common characteristics between the immune system and the information system security architecture, this paper makes efficient use of the defence structure in the biological immune system to set a bionic architecture of information system security. The strategy of overall level is applied to information system security integrated with a variety of security protection measures. We regard 'risk' as the antigen, and we can identify the 'risk' in the information system security architecture with the aid of data envelopment analysis at this point. Afterwards, this will lay a foundation for achieving the bionic function of the information system security architecture.
机译:随着近年来信息技术的发展,安全问题变得非常重要。众所周知,安全性是一个复杂,令人印象深刻的多维属性,很难找到评估信息系统安全性的有用措施。生物免疫系统是识别抗原的专家。在将其与“自我”区分开来之后,免疫系统将结合其功能以消除外来病原体。通过介绍免疫系统与信息系统安全体系结构的共同特点,有效利用了生物免疫系统中的防御结构,建立了信息系统安全仿生体系。整体策略适用于集成了多种安全保护措施的信息系统安全。我们将“风险”视为抗原,并且此时我们可以借助数据包络分析来识别信息系统安全体系结构中的“风险”。之后,这将为实现信息系统安全体系结构的仿生功能奠定基础。

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