微电网网络安全增强考虑

Mihail Pîslă, Marilena Stănculescu, R. Porumb, B. Enache, G. Seritan
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引用次数: 0

摘要

本文讨论了使用基于现场可编程门阵列(fpga)的嵌入式系统来增强微电网基础设施的网络安全。这可以通过将关键算法执行的中心移到目标组件的主处理单元之外来获得。fpga的使用允许各种特定的实现方法。现代SoC架构在同一芯片中同时包含FPGA组件和先进的处理系统,可能是控制安全增强的答案之一。该解决方案可以成为微电网终端和/或数据处理点中使用的不断发展的测量和控制系统的关键。通过缩小已知的网络攻击范围,这可能是提高测量和控制系统控制论安全性的最佳解决方案之一。
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Microgrid Cyber Security Enhancement Considerations
This paper discusses the use of Field-Programmable Gate Arrays (FPGAs) -based embedded systems to enhance the cyber security of microgrid infrastructure. This may be obtained by shifting the center of critical algorithms execution outside the main processing unit of the target components. The use of FPGAs allow various specific implementation approaches. The modern SoC architectures containing both an FPGA component and an advanced processing system in the same chip might be one of the answers to the cybernetic security enhancement. This solution can be the key in the evolving measurement and control systems used in microgrid terminals and/or data processing points. By narrowing the range of commonly known cyber-attacks, this may represent one of the best solutions to boost the cybernetic security of the measurement and control systems.
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