Damping electromechanical oscillations in power systems using feedback signals from
remote sensors is likely to be affected by occasional low bandwidth availability due to …

Application of wide-area monitoring and control for future smart grids with substantial wind
penetration and advanced network control options through FACTS and HVDC (both point-to …

This work presents a model-based quasi-decentralized networked control structure with a
state-dependent communication policy for plants with interconnected units that exchange …

This work presents a quasi-decentralized net worked control structure with a dynamic
communication logic for plants with limited state measurements and interconnected units …

In this work, we consider the problem of stabilization of spatially-distributed dynamical
systems described by nonlinear parabolic PDEs controlled over resource-constrained …

This work presents an optimization-based approach for the placement and dynamic
scheduling of control actuators in networked spatially-distributed processes described by …

This work presents an integrated fault detection and fault-tolerant control architecture for
spatially-distributed systems described by highly-dissipative systems of nonlinear partial …

Modern industrial plants have become increasingly dependent on networked control system
architectures in which dedicated sensor‐controller, controller‐actuator, and controller …

The network disturbance effect can be considered as either a perturbation or as a pure time
delay for the exchanged signals. The network-induced time delay is one of the main …

This paper develops a quasi-decentralized control framework for plants with distributed,
interconnected units that exchange information over a shared communication network. In …