Media Summary: Michael Higgins was one of four students selected to present his research during the 2021 J.J. Slade Symposium. Video of first simulation study for the paper " Video of second simulation study for the paper "

An Explicit Reference Governor For - Detailed Analysis & Overview

Michael Higgins was one of four students selected to present his research during the 2021 J.J. Slade Symposium. Video of first simulation study for the paper " Video of second simulation study for the paper " Video of the simulation study for the paper "Constrained Control of Linear Systems Subject to Intersection/Union of Concave ... This video shows the implementation of a constrained control scheme for a KUKA IIWA14R820. The proposed control scheme is a ... Passivity-Reference Governor Approach for Mobile Robotic Networks

Safe navigation around obstacles is a fundamental challenge for highly dynamic robots. The state-of-the-art approach for adapting ...

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An Explicit Reference Governor for Time-Varying Linear Constraints
A Learning-based Explicit Reference Governor for Constrained Control of a UAV
Explicit Reference Governor for the Intersection of Concave Constraints-Video 1
Explicit Reference Governor for the Intersection of Concave Constraints-Video 2
Explicit Reference Governor for the Intersection/Union of Concave Constraints
A Saturation-Aware Trajectory-Based Explicit Reference Governor for a 7-Dof Robotic Arm
Reference Governors for Control under Constraints - Ilya Kolmanovsky, UMich (FoRCE Seminars)
A Passivity-Based Distributed Reference Governor
"Protecting Systems from Violating Constraints using..." Prof. Ilya Kolmanovsky (ICINCO 2021)
Passivity-Reference Governor Approach for Mobile Robotic Networks
Fast predictive visual servoing: A reference governor-based approach
Safe Robot Navigation Using Motion Prediction and Reference Governor
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An Explicit Reference Governor for Time-Varying Linear Constraints

An Explicit Reference Governor for Time-Varying Linear Constraints

Presentation at CDC'20.

A Learning-based Explicit Reference Governor for Constrained Control of a UAV

A Learning-based Explicit Reference Governor for Constrained Control of a UAV

Michael Higgins was one of four students selected to present his research during the 2021 J.J. Slade Symposium.

Explicit Reference Governor for the Intersection of Concave Constraints-Video 1

Explicit Reference Governor for the Intersection of Concave Constraints-Video 1

Video of first simulation study for the paper "

Explicit Reference Governor for the Intersection of Concave Constraints-Video 2

Explicit Reference Governor for the Intersection of Concave Constraints-Video 2

Video of second simulation study for the paper "

Explicit Reference Governor for the Intersection/Union of Concave Constraints

Explicit Reference Governor for the Intersection/Union of Concave Constraints

Video of the simulation study for the paper "Constrained Control of Linear Systems Subject to Intersection/Union of Concave ...

A Saturation-Aware Trajectory-Based Explicit Reference Governor for a 7-Dof Robotic Arm

A Saturation-Aware Trajectory-Based Explicit Reference Governor for a 7-Dof Robotic Arm

This video shows the implementation of a constrained control scheme for a KUKA IIWA14R820. The proposed control scheme is a ...

Reference Governors for Control under Constraints - Ilya Kolmanovsky, UMich (FoRCE Seminars)

Reference Governors for Control under Constraints - Ilya Kolmanovsky, UMich (FoRCE Seminars)

Reference Governors for

A Passivity-Based Distributed Reference Governor

A Passivity-Based Distributed Reference Governor

A passivity-based distributed

"Protecting Systems from Violating Constraints using..." Prof. Ilya Kolmanovsky (ICINCO 2021)

"Protecting Systems from Violating Constraints using..." Prof. Ilya Kolmanovsky (ICINCO 2021)

The presentation will introduce the

Passivity-Reference Governor Approach for Mobile Robotic Networks

Passivity-Reference Governor Approach for Mobile Robotic Networks

Passivity-Reference Governor Approach for Mobile Robotic Networks

Fast predictive visual servoing: A reference governor-based approach

Fast predictive visual servoing: A reference governor-based approach

Using the

Safe Robot Navigation Using Motion Prediction and Reference Governor

Safe Robot Navigation Using Motion Prediction and Reference Governor

Safe navigation around obstacles is a fundamental challenge for highly dynamic robots. The state-of-the-art approach for adapting ...

Invariant Set Distributed ERGs for Provably Safe On-Board Control of Nano-Quadrotor Swarms

Invariant Set Distributed ERGs for Provably Safe On-Board Control of Nano-Quadrotor Swarms

We provide a formal extension of