George Weiss

About George Weiss

George Weiss, With an exceptional h-index of 46 and a recent h-index of 24 (since 2020), a distinguished researcher at Tel Aviv University, specializes in the field of control, dynamical systems, operator semigroups, power electronics, distributed parameter systems.

His recent articles reflect a diverse array of research interests and contributions to the field:

Projected incrementally scattering passive systems on closed convex sets

Almost global stability results for a class of singularly perturbed systems

The NRPS model and its extension for modeling grids with multiple (virtual) synchronous machines

Second order systems on Hilbert spaces with nonlinear damping

Virtual friction subjected to communication delays in a microgrid of virtual synchronous machines

Saturating integral control for infinite-dimensional linear systems

Virtual synchronous machines with improved voltage and frequency control

Incrementally passive infinite dimensional systems with a constrained state variable

George Weiss Information

University

Position

School of Electrical Engineering

Citations(all)

13299

Citations(since 2020)

5173

Cited By

10219

hIndex(all)

46

hIndex(since 2020)

24

i10Index(all)

123

i10Index(since 2020)

65

Email

University Profile Page

Google Scholar

George Weiss Skills & Research Interests

control

dynamical systems

operator semigroups

power electronics

distributed parameter systems

Top articles of George Weiss

Title

Journal

Author(s)

Publication Date

Projected incrementally scattering passive systems on closed convex sets

Available at SSRN 4719205

Shantanu Singh

Sebastien Fueyo

George Weiss

2024/2

Almost global stability results for a class of singularly perturbed systems

IFAC-PapersOnLine

Pietro Lorenzetti

George Weiss

2023/1/1

The NRPS model and its extension for modeling grids with multiple (virtual) synchronous machines

Florian Reissner

George Weiss

2023/10

Second order systems on Hilbert spaces with nonlinear damping

SIAM Journal on Control and Optimization

Shantanu Singh

George Weiss

2023/8/31

Virtual friction subjected to communication delays in a microgrid of virtual synchronous machines

IEEE Journal of Emerging and Selected Topics in Power Electronics

Florian Reißner

Vincenzo Mallemaci

Fabio Mandrile

Radu Bojoi

George Weiss

2023/5/15

Saturating integral control for infinite-dimensional linear systems

Pietro Lorenzetti

Lassi Paunonen

Nicolas Vanspranghe

George Weiss

2023/12/13

Virtual synchronous machines with improved voltage and frequency control

2023/6/29

Incrementally passive infinite dimensional systems with a constrained state variable

Shantanu Singh

Sébastien Fueyo

George Weiss

2023/12/20

Saturating PI control of stable nonlinear systems using singular perturbations

IEEE Transactions on Automatic Control

Pietro Lorenzetti

George Weiss

2022/2/1

Synchronverters with fast current loops

IEEE Trans. Industrial Electronics

Z Kustanovich

S Shivratri

H Yin

F Reißner

G Weiss

2023/11

A stability result for network reduced power systems using virtual friction and inertia

IEEE Trans. on Smart Grid

Florian Reißner

Hang Yin

George Weiss

2022/5

A class of incrementally scattering-passive nonlinear systems

Automatica

Shantanu Singh

George Weiss

Marius Tucsnak

2022/8/1

The region of attraction of a grid with virtual synchronous machines employing virtual friction

Florian Reißner

George Weiss

2022/6/26

Nonlinear perturbation of a class of conservative linear system

Shantanu Singh

George Weiss

2022/12/20

Attenuation of power system oscillations by using virtual damper windings

Hang Yin

Zeev Kustanovich

George Weiss

2022/6/20

An internal model for tracking a sinusoidal reference with unknown frequency and uncertain plant

Pietro Lorenzetti

Florian Reissner

George Weiss

2022/12/6

Virtual friction: experimental validation in a microgrid of 3 virtual synchronous machines

Florian Reissner

Vincenzo Mallemaci

Fabio Mandrile

Radu Bojoi

George Weiss

2022/6/20

PI control of stable nonlinear plants using projected dynamical systems

Automatica

Pietro Lorenzetti

George Weiss

2022/12/1

A variable frequency internal model controller inspired by synchronverter theory

Pietro Lorenzetti

George Weiss

2022/6/8

Improvements to the VSM current controller for better grid performance

Zeev Kustanovich

Hang Yin

George Weiss

2022/10

See List of Professors in George Weiss University(Tel Aviv University)

Co-Authors

academic-engine