Reconstruction of structural controllability over Erdős-Rényi graphs via power dominating sets
Bader Alwasel, Stephen Dirk Bjørn Wolthusen · 2014
Controllability, or informally the ability to force a system into a desired state in a finite time or number of steps, is a fundamental problem studied extensively in control systems theory with structural controllability recently gaining renewed interest. In distributed control systems, possible control relations are limited by the underlying network (graph) transmitting the control signals from a single controller or set of controllers. Attackers may seek to disrupt these relations or compromise intermediate nodes, thereby gaining partial or total control.