Joints with angle dependent damping can help to reduce impact forces in robots
This paper studies angle-dependent damping for robotic joints and shows that variable damping can reduce collision forces.
This paper studies angle-dependent damping for robotic joints and shows that variable damping can reduce collision forces.
This paper studies modular prosthetic terminal devices designed to improve task performance beyond conventional humanoid-hand designs.
This paper presents a fuzzy-control framework for vehicle yaw stability using torque vectoring and active steering.
This review surveys exoskeletons for manual handling and maps recent trends in applications, mechanisms, and control systems.
This paper develops a whisker-based reservoir computing system for real-time terrain identification in mobile robots.
This paper introduces a tapered whisker-based physical reservoir computing system for terrain classification and roughness estimation in mobile robots.
This paper proposes a hip exoskeleton robot named HipExo to provide power assistance for the industrial workers during stoop lifting activities.