Instructions to use mcobzarenco/bijou-checkpoints with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use mcobzarenco/bijou-checkpoints with LeRobot:
- Notebooks
- Google Colab
- Kaggle
Bijou training checkpoints
Raw training checkpoints for Bijou, a vision-language-action model for
SO-100/SO-101 arms: a frozen, truncated
Gemma 4 E2B prefix encoder
(layers 0โ14; K/V of the global-attention layers exported as cross-attention
streams) driving a flow-matching action expert that denoises 50-step action
chunks. Code: mcobzarenco/flow-matching
(bijou/).
These are not packaged inference artifacts โ each <run>/<step>/
directory is a raw training checkpoint:
expert.safetensorsโ action-expert weights (the only trained part)optimizer.ptโ AdamW moments + LR-schedule state (--resumesupport)bijou_config.jsonโ expert config, backbone id, per-dataset normalization stats table (+ count-weighted aggregate fallback), train args, step
Actions/states are MEAN_STD-normalized per dataset; inference must normalize with the deployment rig's stats (see the stats table in the config). Training data: the community_dataset_v1_v3 / community_dataset_v2_v3 LeRobot v3 conversions of the Hugging Face SO-100 community collections.
To load: build the model with bijou.loading.from_backbone using the
expert config from bijou_config.json, then load expert.safetensors
into model.expert (see bijou/train.py --init-from / --resume).