The harmonic state-space (HSS), the dynamic phasor (DP), and the generalized dq (GDQ)
modeling are three widely used methods for small-signal analysis of ac power electronic …

A reduced-order model that preserves physical meaning is important for generating insight
in large-scale power system studies. The conventional model-order reduction for a multiple …

Virtual oscillator control (VOC) is a nonlinear grid-forming controller that simultaneously
achieves the functionality of output voltage control and primary control layers in a power …

Stability analysis of power-converter-based ac systems poses serious challenges not only
because of the nonlinear nature of power converters, but also because linearization is not …

Unlike most manmade machines, animals move through their world using flexible bodies
and appendages, which bend due to internal muscle and body forces, and also due to …

Wideband harmonics and resonances are challenging the stability and power quality of
emerging power-electronic-based power systems, and therefore, harmonic modeling and …

This paper proposes a new methodology for subs-pace-based state-space identification for
linear time-periodic (LTP) systems. Since LTP systems can be lifted to equivalent linear time …

The integration of various grid-enhancing technologies is crucial for addressing the current
challenges faced in controlling transmission grids. The growing variability in energy supply …

Modeling the common-mode behavior of power electronic systems can be a challenge. This
research aims to simplify the process by developing a modeling approach based on …

Motion systems with multiple control loops often run at a single sampling rate for simplicity of
implementation and controller design. The achievable performance in terms of position …