Instructions to use Kaz55/act-blue-180ep-gs88-ac16 with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- LeRobot
How to use Kaz55/act-blue-180ep-gs88-ac16 with LeRobot:
- Notebooks
- Google Colab
- Kaggle
ACT โ blue 186ep, GelSight 88x66, chunk 16
Part of a two-axis sweep on the DG-5F + UR5e blue-cable task: GelSight resolution x action-chunk length. Everything except those two knobs is pinned.
- Dataset: Kaz55/dg5f_ur5e_blue_180ep_gs88 โ 186 episodes / 186,152 frames
- GelSight: 88x66
- RealSense: 640x480 (identical across the sweep)
- Policy: ACT, chunk_size=16, n_action_steps=16
- Training: 100,000 steps (~4.3 epochs), batch 8, seed 1000
Inputs
observation.state (26) + RealSense x2 + GelSight x2
observation.velocity and observation.effort are present in the dataset but
deliberately excluded โ feature auto-derivation would otherwise feed them to
the policy and add a second difference between runs.
Reading the loss
Do not compare loss across chunk lengths. The ac16 and ac60 runs predict 16 and 60 future actions respectively, so the loss scale differs; ac16 numbers look lower simply because each prediction spans less time. Only same-chunk comparisons are meaningful, and the resolution question ultimately needs on-robot evaluation.
On the related 180-episode combined sweep, training loss was 0.118 at every
resolution including no-GelSight-at-all โ training loss did not detect the tactile
input at all.
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