A soft armband that lets you steer a robot while you sprint on a treadmill or bob on rough seas sounds like science fiction.

Engineers at the University of California San Diego have developed a next-generation wearable system that enables people to ...

Developed at the University of California San Diego, the system pairs soft, stretchable sensors with a deep-learning engine ...

UCSD engineers created a soft, AI-powered wearable that filters motion noise and interprets gestures in real time.

This gesture control robot project demonstrates the capability to control the robot without the need of push buttons or physical switches. With a 3-axis accelerometer device, commands to the output ...

While compact, Flair Bridge offers powerful capabilities. Flair Bridge, powered by a simple 5V USB-C connection, is fully ...

Human–robot interaction (HRI) and gesture-based control systems represent a rapidly evolving research field that seeks to bridge the gap between human intuition and robotic precision. This area ...

Traditionally, robot arms have been controlled either by joysticks, buttons, or very carefully programmed routines. However, for [Narongporn Laosrisin’s] homebrew build, they decided to go with ...

Gesture control was a big theme at CES 2016, with a new crop of toys and gadgets that users control with a few waves of the hand. But most of those CES devices, like most of the gesture-control gizmos ...

Automating the factory floor is a growing trend across the industrial space. It’s not hard to understand why, since such applications help improve efficiency and production rates. To create the ...