Titlebook: Critical Information Infrastructures Security; 10th International C Erich Rome,Marianthi Theocharidou,Stephen Wolthuse Conference proceedin

PRISE

A Methodology for Resilience Optimisation of Interdependent Critical Infrastructuresvents are based on exhaustive analytic models, require extensive amounts of data and suffer from high computational burden. These factors restrain their applicability in practical policy making processes, which often require higher flexibility and efficiency in the delivery of analysis and predictio

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microscopic

Critical Infrastructure Assessment by Emergency Managementsruption or even destruction of CI may increase the severity of an emergency, it is important for emergency management organizations to include an impact assessment of CI in their risk management, emergency planning, and emergency preparation..This paper describes a methodology for emergency managem

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Knowledge-Driven Scenario Development for Critical Infrastructure Protectionios can be used to accelerate system development in different phases including requirements engineering, functional testing and system validation. Developing scenarios, in particular cross-border scenarios, is however a time-consuming task requiring a significant amount of contributions from end-use

方舟

Recovering Structural Controllability on Erdős-Rényi Graphs in the Presence of Compromised Nodesrable to attacks in which adversaries can take over control at least part of the control network by compromising a subset of nodes. We investigate . properties of the control graph in . (LTI), addressing the question of how to efficiently re-construct a control graph as far as possible in the presen

Anthropoid

Vulnerability Against Internet Disruptions – A Graph-Based Perspectivetrong negative economic impacts. Therefore, assessing the vulnerability of Internet connections against failures, accidents and malicious attacks is an important field of high practical relevance. Based on a large integrated dataset describing the Internet as a complex graph, this paper develops a m

ALTER

A Statechart-Based Anomaly Detection Model for Multi-Threaded SCADA Systemsetimes multiplexed, due to asynchronous scheduling. Modeling the network traffic patterns of multiplexed SCADA streams using Deterministic Finite Automata (DFA) for anomaly detection typically produces a very large DFA, and a high false-alarm rate. In this paper we introduce a new modeling approach

Canyon

Controllability Assessment for Cascade Effects in ICT-enabled Power Gridserent inertia of the power elements. Therefore, especially in the case of abrupt phenomena (e.g. loss of power lines), the power grids tend to suffer from severe cascade effects, since the triggering failure is usually followed by successive overloads. Additionally, the grid’s efficient reaction is

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