Community resilience has been addressed across multiple disciplines including
environmental sciences, engineering, sociology, psychology, and economics. Interest in …

Modern societies are becoming increasingly dependent on critical infrastructure systems
(CISs) to provide essential services that support economic prosperity, governance, and …

SUMMARY A resilience index is used to quantify preventive measures, emergency
measures, and restoration measures of complex systems, such as physical infrastructures …

Failures in critical infrastructures may be hazardous to population, economy, and national
security. There can be strong interdependencies between various infrastructures, but these …

National security, economic prosperity, and the quality of life of today's societies depend on
the continuous and reliable operation of interdependent infrastructures. Models to capture …

Determining the priority of infrastructure assets is an important problem in critical
infrastructure protection. However, relatively few studies have attempted to address the …

Multiple hazard resilience is of significant practical value because most regions of the world
are subject to multiple natural and technological hazards. An analysis and assessment …

In this paper we present an approach to model and quantify (inter) dependencies between
the Electrical Infrastructure (EI) and the Information Infrastructure (II) that implements the EI …

Electric power systems are prominent representatives of the critical infrastructure. Existing
electric power systems are composed by two cooperating infrastructures: the electric …

This paper introduces a novel control scheme for mitigating the cascading effects of a failure
in the power transmission grid. Modern power systems include controller entities, which …