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Architecture and Methods for Substation SCADA Cybersecurity: Best Practices

机译:变电站SCADA网络安全的建筑与方法:最佳实践

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There are over 3000 electricity providers in the United States, encompassing investor and publicly owned utilities as well as electric cooperatives. There has been ongoing trends to increasingly automate and provide remote control and monitoring of electric energy delivery systems. The deployment of computer network technologies has increased the efficiency and reliability of electric power infrastructure. However, the increased use of digital communications has also increased the vulnerability to malicious cyber attacks [1]. In 2004 the National Research Councils (National Academies) formed a committee of specialists to address these vulnerabilities and propose possible solutions with an objective to prioritize the R&D needs for developing countermeasures. The committee addressed many potential concerns in the electric power delivery system and classified them based upon different criteria and presented recommendations to minimize the gap between the academic research directions and the needs of the electric utility industry.
机译:美国有超过3000多家电力提供商,包括投资者和公用事业和电力合作社。越来越多的趋势越来越自动化,提供远程控制和监控电能输送系统。计算机网络技术部署提高了电力基础设施的效率和可靠性。然而,增加数字通信的使用也增加了对恶意网络攻击的脆弱性[1]。 2004年,国家研究委员会(国家院校)组建了一个专家委员会,以解决这些脆弱性,并提出可能的解决方案,以便优先考虑研发需求来发展对策。委员会在电力输送系统中讨论了许多潜在的疑虑,并根据不同的标准对他们进行分类,并提出了建议,以尽量减少学术研究方向与电力工业行业的需求之间的差距。

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