We present a probabilistic assessment of power distribution systems resilience under
different weather conditions. It is based on Monte Carlo simulation considering failures and …

Probabilistic security assessment and real-time dynamic security assessments (DSA) are
promising to better handle the risks of system operations. The current methodologies of …

Power systems transport an increasing amount of electricity, and in the future, involve more
distributed renewables and dynamic interactions of the equipment. The system response to …

The resilience in critical infrastructures context indicates the capability to anticipate, absorb,
resist and recover from an event or adversity. In a power distribution system, as the …

Diverse socioeconomic impacts from power outages in distribution networks are often
caused by failures, and estimating their location frequently requires dispatching crews …

A set of vital societal functions such as health and safety are necessary for today's society to
function and to secure the life of its individuals. Infrastructure is required to provide and …

Visualising complex data facilitates a more comprehensive stage for conveying knowledge.
Within the medical data domain, there is an increasing requirement for valuable and …

Diverse socio-economic impacts derive from power outages in distribution networks caused
by faults. Estimating fault location comprises crews' dispatch for patrolling the power lines in …

Modern society heavily depends on electricity for vital services, delivered to final users by
Distribution Systems (DSs). Since DSs are exposed to permanent faults that can cause the …

Critical infrastructures are systems present in our society, which interfere in several ways
when they do not operate in their normal conditions. Electric Power Distribution systems are …