Media Summary: In this video, we demonstrated the real obstacle avoidance performance. To show that the robot was able to move freely around ... This video is part of our contribution to IEEE Robotics and Automation Letters G-MAPP: Master’s Thesis Defense: GPU-Accelerated Motion Planning Nicolas Perrault

Gpu Accelerated Motion Planning - Detailed Analysis & Overview

In this video, we demonstrated the real obstacle avoidance performance. To show that the robot was able to move freely around ... This video is part of our contribution to IEEE Robotics and Automation Letters G-MAPP: Master’s Thesis Defense: GPU-Accelerated Motion Planning Nicolas Perrault To help make training more accessible, a team of researchers from In this AI Research Roundup episode, Alex discusses the paper: 'cuRoboV2: Dynamics-Aware Supplementary video for the paper: Bas van der Heijden, Robert Babuska, Jens Kober, Laura Ferranti. "REX:

This video showcases a custom-built robotic platform alongside its differentiable digital twin, developed within Ostrich, ...

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GPU-Accelerated Motion Planning
Obstacle Avoidance with cuRobo GPU-Accelerated Motion Planning
G-MAPP: GPU-accelerated Multi-Agent Planningand Perception for Reactive Motion Generation - RAL-26
GPU-accelerated Incremental EDT for Online Motion Planning
Master’s Thesis Defense: GPU-Accelerated Motion Planning | Nicolas Perrault
G-MAPP: GPU-accelerated Multi-Agent Planning and Perception Framework
cuRobo and Kinova: GPU accelerated motion planning with ROS2
Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning
cuRoboV2: GPU-Accelerated Robot Motion Planning
REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)
XSCAVE | From Real Robot to Differentiable Digital Twin with GPU-Accelerated Simulation
GPU-accelerated EDT for Mobile Robots
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GPU-Accelerated Motion Planning

GPU-Accelerated Motion Planning

I built a basic

Obstacle Avoidance with cuRobo GPU-Accelerated Motion Planning

Obstacle Avoidance with cuRobo GPU-Accelerated Motion Planning

In this video, we demonstrated the real obstacle avoidance performance. To show that the robot was able to move freely around ...

G-MAPP: GPU-accelerated Multi-Agent Planningand Perception for Reactive Motion Generation - RAL-26

G-MAPP: GPU-accelerated Multi-Agent Planningand Perception for Reactive Motion Generation - RAL-26

This video is part of our contribution to IEEE Robotics and Automation Letters G-MAPP:

GPU-accelerated Incremental EDT for Online Motion Planning

GPU-accelerated Incremental EDT for Online Motion Planning

The supplementary video of the paper:

Master’s Thesis Defense: GPU-Accelerated Motion Planning | Nicolas Perrault

Master’s Thesis Defense: GPU-Accelerated Motion Planning | Nicolas Perrault

Master’s Thesis Defense: GPU-Accelerated Motion Planning | Nicolas Perrault

G-MAPP: GPU-accelerated Multi-Agent Planning and Perception Framework

G-MAPP: GPU-accelerated Multi-Agent Planning and Perception Framework

Reactive

cuRobo and Kinova: GPU accelerated motion planning with ROS2

cuRobo and Kinova: GPU accelerated motion planning with ROS2

We recently used

Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning

Research at NVIDIA: GPU-Accelerated Robotic Simulation for Distributed Reinforcement Learning

To help make training more accessible, a team of researchers from

cuRoboV2: GPU-Accelerated Robot Motion Planning

cuRoboV2: GPU-Accelerated Robot Motion Planning

In this AI Research Roundup episode, Alex discusses the paper: 'cuRoboV2: Dynamics-Aware

REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)

REX: GPU-Accelerated Sim2Real Framework with Delay and Dynamics Estimation (TMLR 2025)

Supplementary video for the paper: Bas van der Heijden, Robert Babuska, Jens Kober, Laura Ferranti. "REX:

XSCAVE | From Real Robot to Differentiable Digital Twin with GPU-Accelerated Simulation

XSCAVE | From Real Robot to Differentiable Digital Twin with GPU-Accelerated Simulation

This video showcases a custom-built robotic platform alongside its differentiable digital twin, developed within Ostrich, ...

GPU-accelerated EDT for Mobile Robots

GPU-accelerated EDT for Mobile Robots

Supplementary video for the paper:

Robot Motion Planning using A* (Cyrill Stachniss)

Robot Motion Planning using A* (Cyrill Stachniss)

Robot