In this paper, we propose an adaptive cyber-enabled parametric feedback linearization
(PFL) control scheme for transient stability of smart grids. Based on feedback linearization …

This paper defines and characterizes two measures of synchronization performance for
networks of coupled linear oscillators. The first is the aggregate steady state variance of the …

In this paper, we study a distributed control strategy that harnesses the highly granular data
available in future power systems in order to improve system resilience to disturbances …

Networked systems accomplish global behaviors through local feedback interactions. The
purpose of a distributed control design is to select interaction rules and control protocols that …

This paper investigates the performance of a microgrid with droop-controlled inverters in
terms of the total power losses incurred in maintaining synchrony under persistent small …

This work investigates controlling the operation of distributed energy resources (DERs) in
order to reshape the dynamics of the power system during instability periods. Specifically …

This paper quantifies the transient power losses incurred in re-synchronizing a network of
generators and loads. The power system is represented using a network preserving model …

Distributed approaches to secondary frequency control have become a way to address the
need for more flexible control schemes in power networks with increasingly distributed …

Networked control systems arise in a wide range of applications. These systems typically
have a global control objective, as to drive the states at all network sites to a common …

Recent works proposed controlling distributed energy resources (DERs) for the purpose of
power system re-stabilization during transient instability periods. Further, it was reported that …