In this paper, we tackle two key aspects of multiple target tracking problem: 1) designing an
accurate affinity measure to associate detections and 2) implementing an efficient and …

This paper proposes a new control strategy for the reactive-power injections of voltage-
source converters (VSCs) in high-voltage direct-current multi-terminal systems to improve …

This paper describes new structures for stability-enhancing excitation controllers designed
using a nonlinear multi-machine system model and Lyapunov's direct method. Two control …

This paper presents a sliding-mode control strategy for voltage regulation of synchronous
generators connected to the power grid that combines sliding mode and linear control laws …

Large interconnected power systems often suffer from weakly damped swings between
synchronous generators and subsystems. This paper presents an approach, based on the …

This paper is a part of a research project to study the dynamics and control of distributed
resources (DRs) in the deregulated electric power industry. It reflects the need to look at …

Robust co-ordinated controller design is studied for multimachine power systems with both
controllers of excitation and static synchronous compensation. Generalised Hamiltonian …

This paper presents the adaptive design of an automatic voltage regulator (AVR) control
scheme for synchronous generators that is capable of providing satisfactory voltage control …

Automatic Voltage Regulator (AVR) regulates the generator terminal voltage by controlling
the amount of current supplied to the generator field winding by the exciter. Power system …

Accurate modeling of hydraulic turbine and its governor system is essential to depict and
analyze the system response during an emergency. In this paper, both hydraulic turbine and …