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Cyber attack impact on power system blackout

机译:网络攻击对电力系统停电的影响

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Information & Communication Technology (ICT) plays a key role in modern power system. Component failure and malicious attack of cyber system could trigger outage, and sometimes, catastrophic blackout in powers system. Previous research shows that self-organized criticality of blackout arise from cascade overload and cascade outage. Whereas, recently observation show the other factors, including malicious sabotage, could contribute to SOC of blackout along without cascade outage. Styuxnet worm, as a new paradigm of malicious software that can spread in the physical isolated network, could initiate coordinated attack and result in ultra large blackout than expected. The cyber security issues of power system should be revisited correspondingly.
机译:信息和通信技术(ICT)在现代电力系统中起着关键作用。 Cyber​​ System的组件失败和恶意攻击可能引发中断,有时,在权力系统中灾难性的停电。以前的研究表明,从级联过载和级联中断时出现了遮光室的自我组织临界性。然而,最近观察表明,包括恶意破坏的其他因素可以促成停电的SOC,而没有级联中断。 Styuxnet Worm,作为可以在物理隔离网络中传播的恶意软件的新范式,可以启动协调的攻击并导致超大的停电比预期的大量停电。应该相应地重新审视电力系统的网络安全问题。

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