网络攻击对应急能源系统的影响

G. Fandi, M. Müller, M. Čerňan, Z. Müller, J. Tlustý
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引用次数: 0

摘要

应急能源系统是在紧急情况下使用的备用电力系统,目的是保护生命和财产免受能量损失的影响,例如医院(心脏监视器、呼吸机等)和敏感设施(军事工业和政府大楼)。应急电力系统可以包含各种电池,除了太阳能和风能设备和其他廉价类型的能源。网络安全的概念是在计算机发明几十年后才出现的。起初,不需要网络安全,因为电子攻击很难发生,因为访问计算机的权限仅限于特定数量的用户,因为设备被限制在特定规格的房间内,并且当时没有连接到网络,能源部门暴露在一系列可能破坏控制系统的网络威胁中。因此,管理、工程和IT必须遵循包括威胁预防、检测和消除在内的综合方法。在这项研究中,我们将尝试通过应用一些算法来减轻网络攻击对这些系统的影响,以便检测、识别和防止此类攻击,我们将通过我们获得的结果看到我们在这方面取得了显着的进展
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Impact of Cyber Attack on Emergency Energy System
: An emergency energy system is a backup power system used in critical situations with the aim of protecting lives and property from the consequences of energy loss, as is the case in hospitals (heart monitors, Ventilator,…etc), and also in sensitive facilities (military industries and government buildings). The emergency power system can contain batteries of all kinds, in addition to solar and wind energy equipment and other cheap types of energy. The concept of cyber security arose several decades after the invention of the computer. At first, there was no need for cyber security, as it was difficult for electronic attacks to occur, because access to computers was limited to specific numbers of users, as the devices were giant confined to a room with certain specifications and were not Linked to networks at the time, Energy sectors expose themselves to a range of cyber threats that can damage control systems. So management, engineering, and IT must adhere to a comprehensive approach that includes threat prevention, detection, and elimination. In this research we will try to mitigate the effects of the cyber attack on these systems by applying some algorithms in order to detect, identify and prevent such attacks, and we will see through the results we obtained that we have made remarkable progress in this
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