Media Summary: A bilateral position-position teleoperation framework in addition to a Most design errors are not caused by poor execution. They are caused by late validation. In traditional CAD workflows, Presented at the 14th International Human-Friendly Robotics Workshop on 28 October 2021 Link to paper: ...

Constraint Based Shared Control For - Detailed Analysis & Overview

A bilateral position-position teleoperation framework in addition to a Most design errors are not caused by poor execution. They are caused by late validation. In traditional CAD workflows, Presented at the 14th International Human-Friendly Robotics Workshop on 28 October 2021 Link to paper: ... Robot-assisted cutting is considered an important task in several fields, such as robotic surgery, nuclear decommissioning, waste ... This work demonstrates an approach that leverages eTaSL to not only perform (Semi-) autonomous complex UAV missions, such as inspection or search-and-rescue in uncertain dynamic environments, ...

This video is part 4 of 8 of a presentation presented at the COBAROP workshop during the IROS 2020 IEEE Conference.

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Constraint-based Shared Control for UAVs using the iTaSC Framework
Shared-Control for Teleoperated Mechanical Cutting with Task Constraints and Haptic Feedback
Constraint-Based Design Systems: Eliminating Errors by Design
A dual controller/estimator approach for constraint-based task control (simple surface)
Specification and control of human-robot handovers using constraint-based programming
Haptic Shared-Control Methods for Robotic Cutting under Nonholonomic Constraints
A dual controller/estimator approach for constraint-based task control (presentation)
A Constraint-based Flight Control System Architecture for UAVs using the iTaSC Framework
Constraint-Based Task Programming with CAD Semantics
Experiments with sensor-based reactive robot control using the constraint-based methodology
Constraint-based Interaction Control of a Robot Featuring Large Compliance
Constraint-based robot programming for sensor-based applications and human-robot interaction (4/8)
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Constraint-based Shared Control for UAVs using the iTaSC Framework

Constraint-based Shared Control for UAVs using the iTaSC Framework

Human-robot

Shared-Control for Teleoperated Mechanical Cutting with Task Constraints and Haptic Feedback

Shared-Control for Teleoperated Mechanical Cutting with Task Constraints and Haptic Feedback

A bilateral position-position teleoperation framework in addition to a

Constraint-Based Design Systems: Eliminating Errors by Design

Constraint-Based Design Systems: Eliminating Errors by Design

Most design errors are not caused by poor execution. They are caused by late validation. In traditional CAD workflows,

A dual controller/estimator approach for constraint-based task control (simple surface)

A dual controller/estimator approach for constraint-based task control (simple surface)

A dual

Specification and control of human-robot handovers using constraint-based programming

Specification and control of human-robot handovers using constraint-based programming

Presented at the 14th International Human-Friendly Robotics Workshop on 28 October 2021 Link to paper: ...

Haptic Shared-Control Methods for Robotic Cutting under Nonholonomic Constraints

Haptic Shared-Control Methods for Robotic Cutting under Nonholonomic Constraints

Robot-assisted cutting is considered an important task in several fields, such as robotic surgery, nuclear decommissioning, waste ...

A dual controller/estimator approach for constraint-based task control (presentation)

A dual controller/estimator approach for constraint-based task control (presentation)

This work demonstrates an approach that leverages eTaSL to not only perform

A Constraint-based Flight Control System Architecture for UAVs using the iTaSC Framework

A Constraint-based Flight Control System Architecture for UAVs using the iTaSC Framework

(Semi-) autonomous complex UAV missions, such as inspection or search-and-rescue in uncertain dynamic environments, ...

Constraint-Based Task Programming with CAD Semantics

Constraint-Based Task Programming with CAD Semantics

Constraint

Experiments with sensor-based reactive robot control using the constraint-based methodology

Experiments with sensor-based reactive robot control using the constraint-based methodology

This tutorial explains how to use

Constraint-based Interaction Control of a Robot Featuring Large Compliance

Constraint-based Interaction Control of a Robot Featuring Large Compliance

Position/Force

Constraint-based robot programming for sensor-based applications and human-robot interaction (4/8)

Constraint-based robot programming for sensor-based applications and human-robot interaction (4/8)

This video is part 4 of 8 of a presentation presented at the COBAROP workshop during the IROS 2020 IEEE Conference.

Reconfigurable Constraint-Based Framework for Assistive Robotics With Adaptable Levels of Autonomy

Reconfigurable Constraint-Based Framework for Assistive Robotics With Adaptable Levels of Autonomy

Abstract: In this work, we propose a