LeHome: A New Simulation Environment for Deformable Object Manipulation in Home Scenarios
A research team has released LeHome, a simulation environment specifically designed for deformable object manipulation t…
Latest articles in Research
A research team has released LeHome, a simulation environment specifically designed for deformable object manipulation t…
A latest paper on arXiv proposes a control policy learning method for black-box hybrid dynamical systems that rigorously…
A new study proposes an adaptive robot handover framework that dynamically adjusts object delivery orientation and angle…
A latest arXiv paper explores bringing learning-based robotic control from the lab to real manufacturing production line…
A latest arXiv paper systematically investigates how palm degrees of freedom enhance thumb opposability in five-fingered…
Researchers have proposed a closed-loop autonomous learning framework driven by large language models that enables robot…
Researchers propose the Variable-Time-Step Spatio-Temporal Corridor (V-STC) method, which significantly improves the tim…
A latest paper on arXiv proposes a robust localization system designed specifically for highway scenarios, addressing ke…
A latest arXiv paper proposes an energy-efficient multi-robot coverage path planning framework for non-convex regions, o…
Researchers propose the dWorldEval framework, leveraging discrete diffusion world models as scalable evaluation proxies.…
Researchers propose the Selective Non-Gaussian Refinement (SNGR) framework, which introduces a nested sampling mechanism…
A research team has proposed a novel method for zero-shot dynamic rope manipulation using learned simulation priors. By …