StarVLA/BEHAVIOR-qwendual-state-tast1-chunck50-BEHAVIOR-rgp-seg
StarVLA QwenDual for BEHAVIOR RGP Seg (70K)
This repository contains the uploaded 70,000-step checkpoint from the run named 1106_BEHAVIOR_qwendual_state_tast1_chunck50_BEHAVIOR_rgp_seg in config.yaml. The Hub repository name preserves the original tast and chunck spellings; the configured action horizon is 50.
Model details
The public configuration does not contain a task selector, camera count, or camera ordering. The repository name suggests a task-1 experiment, but that is not encoded in datasets.vla_data; this card therefore does not assert an exact task identity.
Training details
Files
config.yaml
dataset_statistics.json
summary.jsonl
checkpoints/
└── steps_70000_pytorch_model.ptsummary.jsonl records checkpoint steps through 70K but has no evaluation values. The actual uploaded checkpoint is 70K even though the trainer target in the YAML is 100K.
Evaluation status
No success rate or episode-level evaluation artifact is published in this repository. The large counts stored in dataset_statistics.json are normalization metadata, not evaluation results, and are not used as a claimed dataset-size or performance number here.
Loading and evaluation
huggingface-cli download StarVLA/BEHAVIOR-qwendual-state-tast1-chunck50-BEHAVIOR-rgp-seg \
--local-dir BEHAVIOR-qwendual-state-tast1-chunck50-BEHAVIOR-rgp-seg
export CKPT=$PWD/BEHAVIOR-qwendual-state-tast1-chunck50-BEHAVIOR-rgp-seg/checkpoints/steps_70000_pytorch_model.pt
python deployment/model_server/server_policy.py \
--ckpt_path "$CKPT" \
--port 10093 \
--use_bf16Use the maintained BEHAVIOR integration for the simulator side. Select the packaged new_embodiment statistics and verify the 44D state and 23D action contract before inference.
Intended use and limitations
This checkpoint is for research on the configured BEHAVIOR_rgp_seg mixture. Its precise task manifest, VLM revision, camera schema, and benchmark result are not public in the Hub repository. It has not been validated for different embodiments or physical-robot deployment and is not safety-tuned.
