The modern society increasingly relies on electrical service, which also brings risks of
catastrophic consequences, eg, large-scale blackouts. In the current literature, researchers …

Power grids are often run near the operational limits because of increasing electricity
demand, where even small disturbances could possibly trigger major blackouts. The attacks …

Motivated by the recent cyber attack on the Ukrainian power grid, we study cyber attacks on
power grids that affect both the physical infrastructure and the data at the control center …

Cascading failures in power grids are typically triggered by initiating contingencies (ICs).
Traditional assumption is that those multiple-component ICs have low chances of occurring …

Most of today's smart grids are highly vulnerable to cascading failure attacks in which the
failure of one or more critical components may trigger the sequential failure of other …

Cascading effects in the power grid involve an uncontrolled, successive failure of elements.
The root cause of such failures is the combined occurrence of multiple, statistically rare …

The vulnerability analysis is vital for safely running power grids. The simultaneous attack,
which applies multiple failures simultaneously, does not consider the time domain in …

In modern power grids, a local failure or attack can trigger catastrophic cascading failures,
which makes it challenging to assess the attack vulnerability of power grids. In this brief, we …

Technological advancements in today's electrical grids give rise to new vulnerabilities and
increase the potential attack surface for cyber-attacks that can severely affect the resilience …

The supervisory control and data acquisition (SCADA) network provides adversaries with an
opportunity to perform coordinated cyber attacks on power system equipment as it presents …