Embodiment Gap
A core concept in cross-embodiment learning, referring to structural differences in physical form between different agents (such as humans and robots), including kinematic structure, joint ranges, link lengths, mass distribution, and sensor configuration.
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Embodiment gap refers to the structural differences in physical form between different agents (such as humans and robots), manifested in aspects such as kinematic structure, joint range of motion, link lengths and mass distribution, and sensor configuration.
Humans and robots are inconsistent in kinematic structure, joint ranges, and link lengths, so directly mapping human trajectories to the robot produces residual pose errors, leading to viewpoint mismatch.
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Embodiment gap refers to the structural differences in physical form between different agents (such as humans and robots), manifested in aspects such as kinematic structure, joint range of motion, link lengths and mass distribution, and sensor configuration.
50%UnverifiedHumans and robots are inconsistent in kinematic structure, joint ranges, and link lengths, so directly mapping human trajectories to the robot produces residual pose errors, leading to viewpoint mismatch.
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