Hybrid A* and Dynamic Window Method Steers Robots Past Obstacles
A new hierarchical framework combining an obstacle-aware A* algorithm, B-spline smoothing, and fuzzy-adaptive dynamic window control lifts mobile robot obstacle ...
A new hierarchical framework combining an obstacle-aware A* algorithm, B-spline smoothing, and fuzzy-adaptive dynamic window control lifts mobile robot obstacle ...
SUTD researchers have created ALBATROSS, a nature-inspired robot that autorotates down like a maple seed, lands on water, and then ...
A new lightweight YOLOv10-based vision system paired with an improved generative grasping network lets industrial robots detect and grip objects ...
Researchers at Shenyang University of Technology have developed a distance-aware adaptive graph neural network that estimates 6D object poses from ...
Researchers at the University of Western Australia have developed a fully proprioceptive control framework that lets the Unitree G1 humanoid ...
A new conceptual framework proposes that AI and robotics for older adults should be judged by whether they expand later-life ...
A new RGB-D SLAM system from researchers in China keeps indoor robots accurately localized in dynamic environments by using human ...
A hierarchical control architecture combines discrete vision-language navigation planning with switched PID, P and model predictive control to cut robot ...
Researchers have developed a hybrid AI method that combines artificial potential field guidance with an LSTM-enhanced Soft Actor–Critic algorithm to ...
A new vision-based tactile sensor with built-in in-sensor computing promises faster, more efficient robotic touch by interpreting contact data directly ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine