Nghiên cứu Papers
Bản tóm tắt dễ hiểu về các nghiên cứu robot mới nhất — robot hình người, robot bốn chân, tự động hóa công nghiệp và AI.
AI7 thg 10
Online Filtered Q-Gradients Speed Up Robot Flow Policy Training by 10x

AI6 thg 10
Transferable Adversarial Patches Disrupt World Action Models in Simulated Robot Tasks

AI6 thg 10
Recursive Video In-Context Learning Helps Robots Handle Long-Horizon Tasks

Humanoid6 thg 10
How Humanoid Robots Grow Whole-Body Skills From Their Own Motion Data

Robotics5 thg 10
How Robots Navigate Active Sites as Work Zones and Hazards Change

AI5 thg 10
How Active Gaze Helps Robots Manipulate Precisely Without Wrist-Mounted Cameras

AI5 thg 10
Geometric Learning from Novel Views with Lean Decoders and Strong Encoders

Humanoid4 thg 10
Can Humanoid Robots Choose Tools and Complete Tasks While Moving Reliably?

Robotics4 thg 10
How GlassGuard Helps Mobile Robots Map Glass Without Blocking Safe Paths

AI4 thg 10
How DuoMind Helps Two Robots Coordinate With Shared Language

AI3 thg 10
How Robots Learn Partner Limits for Safer Teamwork on New Tasks

AI3 thg 10
FERPO Trains Robot Policies With Better Action Coverage, Faster Updates

AI3 thg 10
How RPG Helps Embodied Agents Improve Robot Skills Through Practice

Robotics2 thg 10
StreamRig Uses Intra-Rig Geometry for Streaming Multi-Camera Odometry

AI2 thg 10
How STARS Helps Robots Read Social Intent from Human Motion Cues

AI2 thg 10
How Robot Teams Plan Safer Routes When Maps Hide Blocked Paths

Robotics1 thg 10
GPU Planning Helps Robots Pick Better Paths in Unknown Environments

AI1 thg 10
How a Physical Robot Harness Helps Agents Recover, Switch, and Learn

Robotics1 thg 10
