Can Tabular Foundation Models Guide Robot Policy Learning?
A latest arXiv paper proposes the TFM-S3 method, innovatively introducing tabular foundation models into robot policy op…
Latest articles in Research
A latest arXiv paper proposes the TFM-S3 method, innovatively introducing tabular foundation models into robot policy op…
Researchers propose RAY-TOLD, a hybrid control architecture that integrates ray-based obstacle perception into a latent …
A new study proposes a GPU-accelerated real-time Monte Carlo simulation framework for evaluating the safety performance …
A latest arXiv paper proposes a tactile perception-driven mobile manipulation framework for quadruped robots. By integra…
A latest study proposes a robot planning and context handling framework based on active perception, enabling robots to a…
Researchers propose the Field of Safe Motion (FSM) model, advancing the classic Field of Safe Travel theory from a conce…
Researchers have proposed DOT-Sim, a differentiable optical tactile simulation framework that models flexible sensors as…
A latest arXiv paper proposes a modular robotic laparoscopic instrument integrated with a real-time haptic feedback fram…
A research team has proposed PALCAS, a Priority-Aware Intelligent Lane Change Advisory System based on multi-agent feder…
A latest arXiv study reveals that input dimensionality is the key factor determining whether modular structures can effe…
A latest arXiv study proposes the TSGP method, leveraging a pre-trained Transformer model as a mutation operator to gene…
A new study proposes a Transformer-based Actor-Critic reinforcement learning framework to address sequence-aware partiti…