Papers badawcze
Przystępne podsumowania najnowszych badań z zakresu robotyki — robotów humanoidalnych, czworonogów, automatyzacji przemysłowej i AI.
Robotics8 cze
Quadruped Robots That Push and Pull Objects With Their Feet: A Smarter Training Approach

Robotics7 cze
Flow-Based Policy Adjustment That Works Without Retraining the Robot

AI7 cze
Speed-Controllable Robot Policies: TempoVLA Lets You Dial Up or Down Execution Speed

Humanoid7 cze
HANDOFF Lets Humanoid Robots Use One Controller for Walking, Manipulating, and Recovery

Robotics6 cze
D³-MoE: Style-Controllable Autonomous Driving That Lets You Choose Aggressive or Cautious

Robotics6 cze
WAM-Nav: Unified Visual Navigation With Asymmetric World-Action Modeling

Robotics6 cze
Self-Guided Flow Policy Boosts Robot Task Success Without Separate Critics

Robotics5 cze
What Cyclist Eye Gaze Reveals About Safer Road Infrastructure

Robotics5 cze
CIPER Unifies Cross-View Retrieval and Pose Estimation for Robots

Robotics5 cze
World Models That Generalize Across Environments for Quadrotor Navigation

Robotics4 cze
HORIZON: A Recoverability-Driven Curriculum for Scaling Physical Domains in Robot Locomotion

Robotics4 cze
X4Val Uses Neural Surrogates to Slash Robot Validation Costs

Humanoid4 cze
GRAIL Generates Humanoid Loco-Manipulation from 3D Assets and Video Priors

Robotics3 cze
Latent-Space Predictive World Model for Dynamic VLA Manipulation

Robotics3 cze
Uncertainty-Aware 4D LiDAR Scene Synthesis for Smarter Autonomous Driving

Robotics3 cze
New Agricultural Robot Navigation System Detects and Corrects Instruction Mistakes

Robotics2 cze
A Foundation Model for Understanding Object Affordances from Visual Data

AI2 cze
New Safety Filter for Interactive Robots Uses Trusted Inference to Avoid Overly Cautious Behavior

Robotics2 cze
