The algorithm structure is firstly shown.
Based on the implicit function theory, the existence of an ideal controller, that can achieve control objectives, is firstly shown.
The global existence of smooth small solutions for the corresponding initial-boundary value problem is firstly shown.
It is firstly shown that the leader follower consensus problem is equivalent to a conventional stabilization control problem of augmented high-dimensional multi-variable systems.
An example is firstly shown using a 10-unit, 39-bus IEEE reference power system to verify the accuracy of results.
It is firstly shown that the SSA results could be manipulated by launching a successful FDIA, which can lead to incorrect or unnecessary corrective actions.
Through the use of a simplified brake system, the global sensitivity analysis is, firstly, shown to be essential for obtaining great insight on how design parameters influence individually and/or collectively the stability behavior.
It is firstly shown that passivity or dissipativity as an input output property of a given system plays a key role in the capability of learning iteratively a desired motion through repeated practices.
