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The study of the standards architecture and the standards attributes based on EMC standards and TEMPEST standards in computer system

机译:基于计算机系统中的EMC标准和TEMPEST标准的标准体系结构和标准属性的研究

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Electromagnetic leakiness is so severe that reveal possibly the information contained in the signals with emissions. The standards on emission levels are classified into the EMC standards the TEMPEST standards. The paper discusses the standards architecture and the standards attributes based on the EMC standards and the TEMPEST standards in computer system. It presents the standards running at the same time should be serializability. The serializable standard means no conflicts on the specification of standards each other and so on. Every standard has a life cycle. It should be established and published on opportune moment. The architecture of standard exists so that can be named in nomenclature and demonstrated with systematical thinking approach. The research on the features of standards promotes the development of standards. The paper also reports the development of TEMPEST standards consistent with TEMPEST theories and products with analyzing of categorical data.
机译:电磁泄漏是如此严重,以至于可能泄漏出包含在信号中的信息。排放水平标准分为EMC标准TEMPEST标准。本文讨论了计算机系统中基于EMC标准和TEMPEST标准的标准体系结构和标准属性。它提出了同时运行的标准应该具有可序列化性。可序列化的标准意味着彼此之间在标准规范上没有冲突,等等。每个标准都有生命周期。应该在适当的时候建立并发布它。存在标准的体系结构,因此可以命名,并以系统的思维方式进行演示。对标准特征的研究促进了标准的发展。本文还通过分类数据分析了与TEMPEST理论和产品相一致的TEMPEST标准的发展情况。

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