Instructions to use jaehyunkang/pi05-real-workbench-preset-2view-object-classification-60k with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use jaehyunkang/pi05-real-workbench-preset-2view-object-classification-60k with LeRobot:
- Notebooks
- Google Colab
- Kaggle
Pi0.5 Real Workbench — preset-2view-object-classification
Final checkpoint after 60,000 optimization steps. This is a trained policy, not an evaluation result.
- Dataset: Myungkyu/real_workbench-preset-gemini
- Task scope: object-classification
- Instruction: Per-frame parquet subtask
- Views: 2 (exterior and wrist)
- Global batch: 32; training GPUs: 2; seed: 42
- State: 8 dimensions; action: delta EEF 7 dimensions (6 Cartesian velocity + gripper)
- Image storage: 224×126; policy pads to 224×224
- Action chunk / execution horizon: 50; inference denoising steps: 10
- Training implementation: RLWRLD/hiwrld-ll-policy, vendored LeRobot Pi0.5. Custom input fields may require the matching implementation.
Policy weights, policy configuration, preprocessing/postprocessing and normalization states are at the repository root. Training resume files are in training_state/. Host-specific paths were removed from JSON metadata; supply local dataset/output paths when resuming. The tokenizer reference points to google/paligemma-3b-pt-224 (training revision 35e4f46485b4d07967e7e9935bc3786aad50687c).
For subtask models, supply the corresponding per-frame subtask as the policy task text. For 3-view models also supply the dataset-defined keyframe image. No real-robot evaluation metrics are claimed here.
File sizes and SHA-256 hashes are recorded in artifact_manifest.json. Original training checkpoints were preserved.
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lerobot/pi05_base