Media Summary: This study proposes a real-time parameter prediction method for Authors: Shreyas Kumar, Ravi Prakash Description Reinforcement learning (RL) offers a powerful approach for robots to learn ... Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Stable Variable Impedance Control Via - Detailed Analysis & Overview

This study proposes a real-time parameter prediction method for Authors: Shreyas Kumar, Ravi Prakash Description Reinforcement learning (RL) offers a powerful approach for robots to learn ... Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning In this video we illustrated the application of a policy learned ... talk: Safe OnGO-VIC: Online Gain Optimization for MPC based variable impedance learning control

This work aims to develop a framework to support Dr. Dongheui Lee Technische Universität München Title of The talk: ROS-based control system for Universal Robots UR5. The proposed control algorithm is based on a Demonstration of human-robot co-manipulation with Extended

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Stable Variable Impedance Control via CLF-MPC for Physical Human-Robot Interaction
Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning
Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning
Impedance Control for Soft Robots
Learning variable impedance control
Variable Impedance Control for Physical Human-Robot Interaction (pHRI)
Changhao Wang: Safe OnGO-VIC: Online Gain Optimization for Variable Impedance Control
MPC based variable impedance learning control
Towards Versatile Legged Robots through Active Impedance Control
Online Learning of Forward Models for Variable Impedance Behaviour
Dongheui Lee: Variable Impedance Learning and Adaptation for Interaction Tasks
Variable Impedance Control based on an Extended Elasto-Plastic Friction Model
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Stable Variable Impedance Control via CLF-MPC for Physical Human-Robot Interaction

Stable Variable Impedance Control via CLF-MPC for Physical Human-Robot Interaction

This study proposes a real-time parameter prediction method for

Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Authors: Shreyas Kumar, Ravi Prakash Description Reinforcement learning (RL) offers a powerful approach for robots to learn ...

Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Safe and Optimal Variable Impedance Control via Certified Reinforcement Learning

Impedance Control for Soft Robots

Impedance Control for Soft Robots

Soft robots equipped with

Learning variable impedance control

Learning variable impedance control

In this video we illustrated the application of a policy learned

Variable Impedance Control for Physical Human-Robot Interaction (pHRI)

Variable Impedance Control for Physical Human-Robot Interaction (pHRI)

J. Arnold and H. Lee, "

Changhao Wang: Safe OnGO-VIC: Online Gain Optimization for Variable Impedance Control

Changhao Wang: Safe OnGO-VIC: Online Gain Optimization for Variable Impedance Control

... talk: Safe OnGO-VIC: Online Gain Optimization for

MPC based variable impedance learning control

MPC based variable impedance learning control

MPC based variable impedance learning control

Towards Versatile Legged Robots through Active Impedance Control

Towards Versatile Legged Robots through Active Impedance Control

"Towards Versatile Legged Robots

Online Learning of Forward Models for Variable Impedance Behaviour

Online Learning of Forward Models for Variable Impedance Behaviour

This work aims to develop a framework to support

Dongheui Lee: Variable Impedance Learning and Adaptation for Interaction Tasks

Dongheui Lee: Variable Impedance Learning and Adaptation for Interaction Tasks

Dr. Dongheui Lee Technische Universität München Title of The talk:

Variable Impedance Control based on an Extended Elasto-Plastic Friction Model

Variable Impedance Control based on an Extended Elasto-Plastic Friction Model

ROS-based control system for Universal Robots UR5. The proposed control algorithm is based on a

Human-Robot Co-manipulation - Extended Variable Impedance Control

Human-Robot Co-manipulation - Extended Variable Impedance Control

Demonstration of human-robot co-manipulation with Extended