| # FastUMI Pro Dataset | |
| ## Project Description | |
| FastUMI Pro is the upgraded enterprise version of FastUMI, designed for streamlined, end-to-end data acquisition and transformation systems for corporate users. | |
| FastUMI (Fast Universal Manipulation Interface) is a dataset and interface framework for universal robot manipulation tasks, supporting hardware-agnostic, scalable, and efficient data collection and model training. The project provides physical prototype systems, complete data collection code, standardized data formats, and utility tools to facilitate real-world manipulation learning research. | |
| ## Dataset Overview | |
| FastUMI Pro builds upon FastUMI with enhanced features: | |
| - Higher precision trajectory data | |
| - Support for more diverse robot embodiments, truly enabling "one-brain-multi-form" applications | |
| - Comprehensive data leadership in the field | |
| The original FastUMI open-sourced FastUMI-150K containing approximately 150,000 real-world manipulation trajectories, which was first provided to selected research partners for training large-scale VLA (Vision-Language-Action) models. | |
| ## Quick Start | |
| ### Download Example Data | |
| ```bash | |
| # Original command (may be slow in some regions) | |
| huggingface-cli download FastUMIPro/example_data_fastumi_pro_raw --repo-type dataset --local-dir ~/fastumi_data/ | |
| # Mirror acceleration solution | |
| export HF_ENDPOINT=https://hf-mirror.com | |
| huggingface-cli download --repo-type dataset --resume-download FastUMIPro/example_data_fastumi_pro_raw --local-dir ~/fastumi_data/ | |
| ``` | |
| ## Data Structure | |
| FastUMI PRO uses raw format containing various types of raw sensor data, which can be easily converted to other formats. The raw format facilitates querying and validating original sensor outputs for rapid problem identification. | |
| ```plaintext | |
| DATA/ | |
| └── device_label_xv_serial/ | |
| └── session_timestamp/ | |
| ├── RGB_Images/ | |
| │ ├── timestamps.csv | |
| │ └── Frames/ | |
| │ ├── frame_000001.jpg | |
| │ ├── frame_000002.jpg | |
| │ └── ... | |
| ├── SLAM_Poses/ | |
| │ └── slam_raw.txt | |
| ├── Vive_Poses/ | |
| │ └── vive_data_tum.txt | |
| ├── ToF_PointClouds/ | |
| │ ├── timestamps.csv | |
| │ └── PointClouds/ | |
| │ ├── pointcloud_000001.pcd | |
| │ ├── pointcloud_000002.pcd | |
| │ └── ... | |
| ├── Clamp_Data/ | |
| │ └── clamp_data_tum.txt | |
| └── Merged_Trajectory/ | |
| ├── merged_trajectory.txt | |
| └── merge_stats.txt | |
| ``` | |
| ### Directory Descriptions | |
| session_xxx: Individual data collection session | |
| RGB_Images: Frame images supporting multiple viewpoints; supports both Images and Videos | |
| SLAM_Poses: UMI pose data | |
| Vive_Poses: Vive tracking system pose data | |
| ToF_PointClouds: Time-of-Flight point cloud raw data (depth) | |
| Merged_Trajectory: Trajectory data | |
| ### Data Specifications | |
| #### Attributes | |
| - **sim**： | |
| - `False` : Real environment data | |
| - `True`: Simulation data | |
| ##### Observations | |
| - **observations/images/: Camera image data** | |
| - `Default camera name: front` | |
| - `Shape: (frames, 1920, 1080, 3)` | |
| - `Data type: uint8` | |
| - `Compression: gzip (level 4)`` | |
| - **observations/qpos:** | |
| - `Type: Floating point dataset` | |
| - `Shape: (timesteps, 7)` | |
| - `Meaning: Robot end-effector position + quaternion orientation` | |
| - `Order: [Pos X, Pos Y, Pos Z, Q_X, Q_Y, Q_Z, Q_W]` | |
| ##### Actions | |
| - Type: Floating point dataset | |
| - Shape: (timesteps, 7) | |
| - Meaning: Actions (same structure as qpos, typically mirroring qpos) | |
| ## Data Conversion | |
| Supports one-click export to specific formats via web toolchain, or conversion between formats using tools like: | |
| Any4lerobot: GitHub - Tavish9/any4lerobot | |
| Conversion paths supported: | |
| hdf5 → lerobot v3.0 | |
| hdf5 → lerobot(Pi0) v2.0 | |
| hdf5 → rlds | |