Modeling the resilience of critical infrastructures (CIs) is broadly viewed as critical to
maintaining the normal condition of CIs as a result of frequent threats that can disrupt safety …

Under major shocks such as natural or man-made disasters, the ability of human actors to
maintain the safety, reliability and performance of critical infrastructure systems (CISs) is …

Abstract Cyber-Physical Systems (CPS) are increasingly complex and frequently integrated
into modern societies via critical infrastructure systems, products, and services …

The human factor of critical infrastructure systems (CISs), which refers to the impact of
various human characteristics on system operations and management, is a significant …

The IFC schema has been evolving towards the infrastructure domain. Furthermore, the use
of laser scanning technologies as means to digitalize and monitor infrastructures has also …

The cost of obtaining large volumes of bridge data with technologies like laser scanners
hinders the training of deep learning models. To address this, this paper introduces a new …

Cascading failure modeling in interdependent critical infrastructure systems (CISs) is an
important but challenging work that lays the foundation for disaster impact assessment and …

The rapid growth of electric load fuels urbanization but creates unsettling environmental
challenges. In that regard, the energy system is a crucial part of consuming water and …

Since infrastructure systems are threatened by natural or man-made hazards with
unprecedented frequency and intensity, decision-makers spare no efforts in proposing …

Modern critical infrastructure systems (CISs) are becoming increasingly dependent on each
other for proper operation, which also exposes the systems to higher risks of cascading …