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ClearanceNet Training Dataset
The dataset is used to train the ClearanceNet model. It contains 106 training and 104 evaluation samples for each environment. -
Neural Collision Clearance Estimator for Batched Motion Planning
ClearanceNet is a neural network that estimates minimum separation distance, conditioned on joint robot-workspace pose. ClearanceNet is trained using large-scale hyperparameter... -
Servo Reacher Environment
The dataset used in the paper is a Servo Reacher environment, which is a continuous-time control setting. -
BAIR Robot Pushing
Generating coherent and natural movement is the key challenge in video generation. This research proposes to condense video generation into a problem of motion generation, to... -
ORB-SLAM3-Enhanced Autonomous Toy Drones: Pioneering Indoor Exploration
The dataset used in the paper is a set of point clouds generated by ORB-SLAM3, a state-of-the-art vision feature-based SLAM system. -
Ant, Walker2d, and Hopper datasets
The Ant, Walker2d, and Hopper datasets are used for testing the proposed method. -
Walker2d, Hopper, and Ant datasets
The Walker2d, Hopper, and Ant datasets are used for testing the proposed method. -
HalfCheetah, Walker2d, and Ant datasets
The HalfCheetah, Walker2d, and Ant datasets are used for testing the proposed method. -
Hopper, Walker2d, and Ant datasets
The Hopper, Walker2d, and Ant datasets are used for testing the proposed method. -
Compositional Diffusion-Based Continuous Constraint Solvers
The dataset for 2D triangle packing, 2D shape arrangement with qualitative constraints, 3D object stacking with stability constraints, and 3D object packing with robots. -
OpenAI Gym
The dataset used in the paper is not explicitly described, but it is mentioned that the authors used several continuous control environments from the OpenAI Gym. -
Create-Reacher
The dataset used in this paper is a vision-based control task developed using a robotic arm and a mobile robot. -
UR5-VisualReacher
The dataset used in this paper is a vision-based control task developed using a robotic arm and a mobile robot. -
Real-world robotic arms
The dataset used in the paper is a collection of images of cups with different attributes (shape, color, position) and their corresponding goal positions. -
MuJoCo Soccer Environment
A multi-agent soccer environment with continuous simulated physics. -
Multi-Agent MuJoCo
A benchmark suite for continuous cooperative multi-agent robotic control.