Publications associées à Stabilization and Accuracy Improvement of Power-Hardware-in-the-Loop Test Using a Robust Data-Driven Method

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System-level, Input-output and New Parameterizations of Stabilizing Controllers, and Their Numerical Computation

Maryam Kamgarpour, Luca Furieri, Na Li

It is known that the set of internally stabilizing controller

\mathcal{C}_{\text{stab}}

is non-convex, but it admits convex characterizations using certain closed-loop maps: a classical result is the {Youla parameterization}, and two recent notions are t ...

2020

Stabilization and Accuracy Improvement of Power-Hardware-in-the-Loop Test Using a Robust Data-Driven Method

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Data-driven LPV Control for Micro-disturbance Rejection in a Hybrid Isolation Platform

Stability Analysis of Input-Series/Output-Parallel Solid-State Transformers Equipped with Second-Order Harmonic Active Power Filters

A combined Control by Interconnection—Model Predictive Control design for constrained Port-Hamiltonian systems

Closed-loop technique based on gain balancing for real-time Brillouin optical time-domain analysis

Closed-loop technique using gain balance for fast Brillouin Optical Time-Domain Analysis

Probabilistic Adaptive Control for Robust Behavior Imitation

Breaking Silos to Guarantee Control Stability with Communication over Ethernet TSN

Stabilization and Performance Improvement of Power-Hardware-in-the-Loop Test Using a Robust Data-Driven Method

System-level, Input-output and New Parameterizations of Stabilizing Controllers, and Their Numerical Computation

First Order Methods For Globally Optimal Distributed Controllers Beyond Quadratic Invariance

Data-driven LPV Control for Micro-disturbance Rejection in a Hybrid Isolation Platform

Stability Analysis of Input-Series/Output-Parallel Solid-State Transformers Equipped with Second-Order Harmonic Active Power Filters

A combined Control by Interconnection—Model Predictive Control design for constrained Port-Hamiltonian systems

Closed-loop technique using gain balance for fast Brillouin Optical Time-Domain Analysis

Probabilistic Adaptive Control for Robust Behavior Imitation

First Order Methods For Globally Optimal Distributed Controllers Beyond Quadratic Invariance

Closed-loop technique based on gain balancing for real-time Brillouin optical time-domain analysis

System-level, Input-output and New Parameterizations of Stabilizing Controllers, and Their Numerical Computation

Breaking Silos to Guarantee Control Stability with Communication over Ethernet TSN

Stabilization and Performance Improvement of Power-Hardware-in-the-Loop Test Using a Robust Data-Driven Method