Event
Proposes pose-aware navigation framework for bipedal humanoid robots
1 reports · 1 sources
Researcher Zijian Ge proposed a pose-aware navigation framework for bipedal humanoid robots in an arXiv preprint, intended for narrow-passage traversal and social yielding. Its core components include the Adaptive Traversal Tubes (ATT) corridor width field, Interval Velocity–Heading (IVH) control, and a sidestep-augmented AMP motion prior. The preprint presents the complete method and outlines an evaluation plan on the Unitree G1; quantitative results have not yet been released.
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- A posture-aware navigation framework for bipedal humanoid robots: Adaptive Traversal Tubes
An arXiv preprint proposes a posture-aware navigation framework for bipedal humanoid robots, whose core components include the Adaptive Traversal Tubes (ATT) corridor width field, Interval Velocity–Heading (IVH) control, and a sidestep-enhanced AMP locomotion prior.
arXiv cs.RO ·