The evolution of power systems into Cyber Physical Power Systems (CPPS), characterized
by the integration of information and communication technologies with traditional electrical …

Smart grids are typically modelled as cyber–physical power systems, with limited
consideration given to the social aspects. Specifically, traditional power system studies tend …

Logistics drones are theoretically advantageous in automating last-mile delivery activities,
but practically challenging in urban environments, including public concerns about risk of …

The integration of non-dispatchable renewable resources into the power system, as part of
efforts to mitigate carbon emissions and achieve carbon neutrality, presents a significant …

Future energy systems (FESs) require greater interaction, integration, and cooperation
between physical infrastructure, cyber technologies, and human participants from prosumers …

The advent of advanced technologies in power and energy systems is fortifying the grid's
resilience and enhancing the availability of power supply through a network of electrical and …

Emergency services and utilities need appropriate planning tools to analyze and improve
infrastructure and community resilience to disasters. Recognized as a key metric of …

This article develops a community resilience optimization method subject to power flow
constraints in the cyber-physical-social systems in power engineering, which is solved using …

The emerging Human-Centric Networks (HCN) paradigm shifts the passive role of
individuals to an active one, intertwining the uncertainty of network resource usage with …

Cyber–physical distribution systems with renewable energy should have high resilience
under extreme conditions. However, in a distribution system with deep cyber–physical …