Media Summary: A final demonstration of our neural network prediction controller, and our extended variable impedance controller for "Towards Multi-Modal Intention Interfaces for Dr. Luka Peternel Delft University of Technology Title of The talk: Ergonomic control of

Human Robot Co Manipulation - Detailed Analysis & Overview

A final demonstration of our neural network prediction controller, and our extended variable impedance controller for "Towards Multi-Modal Intention Interfaces for Dr. Luka Peternel Delft University of Technology Title of The talk: Ergonomic control of Complementary video for ICRA 2020 paper "A Dynamical System Approach for Adaptive Grasping, Navigation and ... Human Robot Co-operative Manipulation - Nao robot lifting a table co-operatively with a human Luka Peternel - Ergonomic control of human robot co-manipulation

Presentation by Luka Peternel (Delft University of Technology, Netherlands) at the Workshop on This video shows that we can estimate whether a dyad is performing a task quickly, smoothly, or trying to avoid obstacles. This video shows an application of the iTaSC-methodology to an overconstrained task involving For details, please check our paper: "A Dynamical System Approach to Task-Adaptation in Physical Link: Abstract: Constraint-aware estimation of The HRII lab of IIT proposed a novel method for the control of

Supplementary video for the following paper submitted to ICRA 2020: "A Dynamical System Approach for Adaptive Grasping, ... A machine learning (ML) approach to detect and resolve motion conflicts that occur between a In this work, the HRII lab of IIT proposes a novel method for

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Human-Robot Co-manipulation - Demonstration
Human-Robot Co-Manipulation
RSS24: Constraint-Aware Intent Estimation for Dynamic Human-Robot Object Co-Manipulation
Luka Peternel: Ergonomic control of human-robot co-manipulation
Adaptive Co-Manipulation (Master-Slave Strategy)
Human Robot Co-operative Manipulation - Nao robot lifting a table co-operatively with a human
Luka Peternel - Ergonomic control of human robot co-manipulation
Luka Peternel -- Ergonomic Control of Human-Robot Co-Manipulation
Human-Robot Co-manipulation - Evaluation
Resolving Conflicts During Human-Robot Co-Manipulation 2023
Real-time Modus Estimation for Future Human-Robot Co-manipulation
Human-Robot Co-manipulation: a robotic application using iTaSC methodology
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Human-Robot Co-manipulation - Demonstration

Human-Robot Co-manipulation - Demonstration

A final demonstration of our neural network prediction controller, and our extended variable impedance controller for

Human-Robot Co-Manipulation

Human-Robot Co-Manipulation

"Towards Multi-Modal Intention Interfaces for

Sponsored
RSS24: Constraint-Aware Intent Estimation for Dynamic Human-Robot Object Co-Manipulation

RSS24: Constraint-Aware Intent Estimation for Dynamic Human-Robot Object Co-Manipulation

https://sites.google.com/seas.upenn.edu/intent-capability-aware-hrc/

Luka Peternel: Ergonomic control of human-robot co-manipulation

Luka Peternel: Ergonomic control of human-robot co-manipulation

Dr. Luka Peternel Delft University of Technology Title of The talk: Ergonomic control of

Adaptive Co-Manipulation (Master-Slave Strategy)

Adaptive Co-Manipulation (Master-Slave Strategy)

Complementary video for ICRA 2020 paper "A Dynamical System Approach for Adaptive Grasping, Navigation and ...

Sponsored
Human Robot Co-operative Manipulation - Nao robot lifting a table co-operatively with a human

Human Robot Co-operative Manipulation - Nao robot lifting a table co-operatively with a human

Human Robot Co-operative Manipulation - Nao robot lifting a table co-operatively with a human

Luka Peternel - Ergonomic control of human robot co-manipulation

Luka Peternel - Ergonomic control of human robot co-manipulation

Luka Peternel - Ergonomic control of human robot co-manipulation

Luka Peternel -- Ergonomic Control of Human-Robot Co-Manipulation

Luka Peternel -- Ergonomic Control of Human-Robot Co-Manipulation

Presentation by Luka Peternel (Delft University of Technology, Netherlands) at the Workshop on

Human-Robot Co-manipulation - Evaluation

Human-Robot Co-manipulation - Evaluation

An example trial of a

Resolving Conflicts During Human-Robot Co-Manipulation 2023

Resolving Conflicts During Human-Robot Co-Manipulation 2023

ACM/IEEE International Conference on

Real-time Modus Estimation for Future Human-Robot Co-manipulation

Real-time Modus Estimation for Future Human-Robot Co-manipulation

This video shows that we can estimate whether a dyad is performing a task quickly, smoothly, or trying to avoid obstacles.

Human-Robot Co-manipulation: a robotic application using iTaSC methodology

Human-Robot Co-manipulation: a robotic application using iTaSC methodology

This video shows an application of the iTaSC-methodology to an overconstrained task involving

Human-Robot Co-manipulation - Extended Variable Impedance Control

Human-Robot Co-manipulation - Extended Variable Impedance Control

Demonstration of

Adaptive physical Human-Robot Interaction using Dynamical Systems [kuka LWR 4+]

Adaptive physical Human-Robot Interaction using Dynamical Systems [kuka LWR 4+]

For details, please check our paper: "A Dynamical System Approach to Task-Adaptation in Physical

Constraint-Aware Intent Estimation for Dynamic Human-Robot Object Co-Manipulation

Constraint-Aware Intent Estimation for Dynamic Human-Robot Object Co-Manipulation

Link: https://tinyurl.com/intent-capability Abstract: Constraint-aware estimation of

Towards Ergonomic Control of Human-Robot Co-Manipulation and Handover

Towards Ergonomic Control of Human-Robot Co-Manipulation and Handover

The HRII lab of IIT proposed a novel method for the control of

DS-based Adaptive Grasping, Navigation and Co-Manipulation with Humanoid Robots

DS-based Adaptive Grasping, Navigation and Co-Manipulation with Humanoid Robots

Supplementary video for the following paper submitted to ICRA 2020: "A Dynamical System Approach for Adaptive Grasping, ...

Resolving Conflicts During Human Robot Co Manipulation

Resolving Conflicts During Human Robot Co Manipulation

A machine learning (ML) approach to detect and resolve motion conflicts that occur between a

Towards Multi-Modal Intention Interfaces for Human-Robot Co-Manipulation

Towards Multi-Modal Intention Interfaces for Human-Robot Co-Manipulation

This video presents a novel approach to

Robot Adaptation to Human Physical Fatigue in Human-Robot Co-Manipulation

Robot Adaptation to Human Physical Fatigue in Human-Robot Co-Manipulation

In this work, the HRII lab of IIT proposes a novel method for