A Comparison of Malicious Interdiction Strategies Against Electrical Networks .pdf (2.61 MB)
A Comparison of Malicious Interdiction Strategies Against Electrical Networks
This is the author's version of an article published in the IEEE Journal on Emerging and Selected Topics in Circuits and Systems, June 2017.
Abstract:
How well can a typical electrical power system withstand a sophisticated malicious attack undertaken against its exposed branches? The present work seeks to articulate a comprehensive answer to this fundamental question of wide societal importance. New and established techniques that an attacker might use to select promising attack targets are considered, spanning complex network analysis, metaheuristics and classical optimization. By simulating this wide gamut of attack strategies on several test power systems, each modelled under many representative operating states, this work comprehensively articulates the expected robustness of electrical power grids against coordinated branch interdictions.
Abstract:
How well can a typical electrical power system withstand a sophisticated malicious attack undertaken against its exposed branches? The present work seeks to articulate a comprehensive answer to this fundamental question of wide societal importance. New and established techniques that an attacker might use to select promising attack targets are considered, spanning complex network analysis, metaheuristics and classical optimization. By simulating this wide gamut of attack strategies on several test power systems, each modelled under many representative operating states, this work comprehensively articulates the expected robustness of electrical power grids against coordinated branch interdictions.
