Media Summary: Spline-based motion planning validated on plate transportation B-spline based motion planning for a 2D lab-scale overhead crane A KUKA youBot moves through a vast environment, with only stationary obstacles. First a high level

Spline Based Motion Planning Validated - Detailed Analysis & Overview

Spline-based motion planning validated on plate transportation B-spline based motion planning for a 2D lab-scale overhead crane A KUKA youBot moves through a vast environment, with only stationary obstacles. First a high level A KUKA youBot moves through a vast environment, with stationary and moving obstacles. First a high level Equivalent to a 50 minute university lecture on Abstract: When humans and robots work together, ensuring safe cooperation must be a priority. This research aims to develop a ...

Full, open-access paper available here: This video shows animations of surfaces in ...

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Spline-based motion planning validated on plate transportation
Spline-based motion planning - Validation in an environment with moving obstacles
Spline-based motion planning - Experimental validation on a KUKA youBot
B-spline based motion planning for a 2D lab-scale overhead crane
Indoor formation motion planning using B-splines parametrization and evolutionary optimization
Spline-based motion planning - KUKA youBot steered as a differential drive
Spline-based motion planning - KUKA youBot avoiding a moving obstacle
Spline-based motion planning - KUKA youBot moving through a vast environment (stationary obstacles)
Spline-based motion planning - KUKA youBot moving through a  vast environment (moving obstacles)
Experimental validation: Constrained PSO-splines trajectory generation for an indoor nanodrone.
Splines in 5 minutes:  Part 1 -- cubic curves
Online Motion Planning for Safe Human-Robot Cooperation using B-Splines and Hidden Markov Models
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Spline-based motion planning validated on plate transportation

Spline-based motion planning validated on plate transportation

Spline-based motion planning validated on plate transportation

Spline-based motion planning - Validation in an environment with moving obstacles

Spline-based motion planning - Validation in an environment with moving obstacles

Online

Spline-based motion planning - Experimental validation on a KUKA youBot

Spline-based motion planning - Experimental validation on a KUKA youBot

Online

B-spline based motion planning for a 2D lab-scale overhead crane

B-spline based motion planning for a 2D lab-scale overhead crane

B-spline based motion planning for a 2D lab-scale overhead crane

Indoor formation motion planning using B-splines parametrization and evolutionary optimization

Indoor formation motion planning using B-splines parametrization and evolutionary optimization

This video presents the experimental

Spline-based motion planning - KUKA youBot steered as a differential drive

Spline-based motion planning - KUKA youBot steered as a differential drive

Online

Spline-based motion planning - KUKA youBot avoiding a moving obstacle

Spline-based motion planning - KUKA youBot avoiding a moving obstacle

Online

Spline-based motion planning - KUKA youBot moving through a vast environment (stationary obstacles)

Spline-based motion planning - KUKA youBot moving through a vast environment (stationary obstacles)

A KUKA youBot moves through a vast environment, with only stationary obstacles. First a high level

Spline-based motion planning - KUKA youBot moving through a  vast environment (moving obstacles)

Spline-based motion planning - KUKA youBot moving through a vast environment (moving obstacles)

A KUKA youBot moves through a vast environment, with stationary and moving obstacles. First a high level

Experimental validation: Constrained PSO-splines trajectory generation for an indoor nanodrone.

Experimental validation: Constrained PSO-splines trajectory generation for an indoor nanodrone.

This video presents the experimental

Splines in 5 minutes:  Part 1 -- cubic curves

Splines in 5 minutes: Part 1 -- cubic curves

Equivalent to a 50 minute university lecture on

Online Motion Planning for Safe Human-Robot Cooperation using B-Splines and Hidden Markov Models

Online Motion Planning for Safe Human-Robot Cooperation using B-Splines and Hidden Markov Models

Abstract: When humans and robots work together, ensuring safe cooperation must be a priority. This research aims to develop a ...

Motion Planning and Feedback Control of Rolling Bodies

Motion Planning and Feedback Control of Rolling Bodies

Full, open-access paper available here: https://ieeexplore.ieee.org/document/8995529 This video shows animations of surfaces in ...