sungkyunner

UniVTAC Five-Episode Tactile Knot Budget Exchange

A study of tactile-residual knot pinning in B-spline action reconstruction across 20 episodes (5 per task) in four manipulation tasks, comparing fixed and task-calibrated knot budgets to determine whether tactile-selected timing improves reconstruction at fixed action representation capacity.

Downloads69
Episodes20

Why This Matters for Physical AI

Evaluates whether tactile feedback integration improves trajectory reconstruction under fixed action capacity constraints, informing the design of hybrid action-tactile representations for embodied robotic control.

Technical Profile

Modalities
proprioceptiontactileaction
Action Space
joint_positions
Environment
lab
Task Types
manipulationgraspinginsertionpick_and_place
Episodes
20
Annotation Types
action_labelstactile_residual_labels
Part of the UniVTAC family

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