By leveraging a vibration-driven motion, we have designed a robot capable of overcoming such complex obstacles with minimal control mechanisms," says Prof. Ho.

Researchers have developed an artificial intelligence (AI) system that enables a four-legged robot to adapt its gait to ...

And in the agri-food industry, flexible handles are a clear advantage. They stated, “The geometric variable voltage model effectively addresses operational challenges such as vibration and deformation ...

Unlike traditional warehouse automation that follows predetermined rules, agentic AI systems autonomously plan and take ...

“GyroPlus takes a very small gyro sensor—about the size of the end of a pencil lead—and Epson puts that inside the robot arms to provide a feedback loop on vibration in real time for the motion ...

One differentiator that’s always separated humans from robots is our ability to touch and feel, but advances in haptic technology are rapidly closing the mechanical gap.

Vibration-driven locomotion systems utilise periodic or non-periodic vibrational energy to induce controlled movement in mechanical and robotic platforms. These systems capitalise on dynamic ...

By leveraging a vibration-driven motion, we have designed a robot capable of overcoming such complex obstacles with minimal control mechanisms,” Prof. Ho said in a statement. According to JAIST, ...

Vibrating tiny robots could revolutionize research. Individual robots can work collectively as swarms to create major advances in everything from construction to surveillance, but microrobots ...

They are evaluating whether virtual reality (VR) gaming and a roving robot can improve the mobility of a group of children with cerebral palsy and keep them engaged. The study begins this spring in ...

By leveraging a vibration-driven motion, we have designed a robot capable of overcoming such complex obstacles with minimal control mechanisms, ” says Prof. Ho.