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Improvement of security system level in the Cyber-Physical Systems (CPS) architecture

机译:改善网络物理系统(CPS)架构中的安全系统级别

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Industry 4.0 is based on the CPS architecture since it is the next generation in the industry. The CPS architecture is a system based on Cloud Computing technology and Internet of Things where computer elements collaborate for the control of physical entities. The security framework in this architecture is necessary for the protection of two parts (physical and information) so basically, security in CPS is classified into two main parts: information security (data) and security of control. In this work, we propose two models to solve the two problems detected in the security framework. The first proposal SCCAF (Smart Cloud Computing Adoption Framework) treats the nature of information that serves for the detection and the blocking of the threats our basic architecture CPS. The second model is a modeled detector related to the physical nature for detecting node information.
机译:工业4.0基于CPS体系结构,因为它是该行业的下一代产品。 CPS体系结构是基于云计算技术和物联网的系统,其中计算机元素协作以控制物理实体。此体系结构中的安全框架对于保护两个部分(物理和信息)是必不可少的,因此,基本上,CPS中的安全分为两大部分:信息安全(数据)和控制安全。在这项工作中,我们提出了两个模型来解决在安全框架中检测到的两个问题。第一个建议SCCAF(智能云计算采用框架)处理了用于检测和阻止基本体系结构CPS威胁的信息的本质。第二模型是与用于检测节点信息的物理性质有关的建模检测器。

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