We present a comprehensive resilience glossary, comprising a set of 93 definitions of
resilience-related terms used in the context of critical infrastructures. The definition and use …

Increasing energy demand and the industrialization of communities have been the leading
causes of climate change. As a result, natural disasters have increased blackouts in power …

The reliable operation of Internet data centers (IDCs) is crucial to digitization transformation
of society. However, the extreme fault on the IDC-located distribution network is fatal to IDC …

As severe weather events disrupt the power system more frequently and more harshly, the
concern is growing around the ability of future grids to recover from such natural disasters …

The self-healing ability of distribution systems (DSs) against extreme events can be
significantly boosted by strategically dispatching mobile emergency resources (MERs). In …

Community resilience in the face of natural hazards involves both a community's sensitivity
to disaster and its potential to bounce back. A failure to integrate equity into resilience …

Reasonable repair crew dispatch can accelerate the service restoration in distribution
systems after some components are damaged. It is worthy noting that as traditional …

Although natural disasters have recently imposed enormous damages to power system
infrastructures, resilience enhancement through hardening measures is not usually …

Decomposing the large distribution grids into interconnected microgrids (MGs) can
potentially enhance the power system's efficiency, sustainability, resiliency, and reliability …

Natural disasters and cascading events have historically caused severe disruptions of the
electric power system. For instance, in 2012, hurricane Sandy left over 8 million people in …