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Diffusion Pusht

Developed by lerobot
Diffusion Policy is a visual-motor policy learning model based on action diffusion, specifically designed for the PushT environment.
Downloads 2,203
Release Time : 5/5/2024

Model Overview

This model is implemented based on the Diffusion Policy paper for performing object-pushing tasks in the PushT environment, generating action policies through visual input.

Model Features

Action Diffusion-Based Policy Learning
Uses diffusion models to generate action policies, capable of handling complex visual-motor tasks.
High-Performance Pushing Capability
Excels in the PushT environment with an average maximum overlap rate of 0.955 and a success rate of 65.4%.
Performance Comparable to Original Implementation
Performance is on par with models trained using the original Diffusion Policy code, validating the correctness of the implementation.

Model Capabilities

Visual-Motor Policy Generation
Object-Pushing Task Execution
Robot Control

Use Cases

Robot Control
Object-Pushing Task
Performs object-pushing tasks in the PushT environment to achieve target position alignment.
Average maximum overlap rate 0.955, success rate 65.4%
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