A hybrid ANP-ISM model helps design greener robots by balancing performance, cost, and sustainability across the entire ...

The study is focused on the design and fabrication of a robot’s lower limb, taking into consideration different factors including the effect of center of mass (COM) and joint angular movements to ...

Four teams of humanoid robots faced off in fully autonomous 3-on-3 soccer matches powered entirely by artificial intelligence on Saturday night in China's capital.

Two-wheeled balancing robot is a highly nonlinear system that needs a good controller to maintain stability. The linear controller can not anticipate the disturbances such are the uncertainties ...

But how can we use physical spinning gyroscopes to stabilise or make robots balance?

Four-legged robot ANYmal-D demonstrates advanced human-robot interaction by playing badminton, using AI perception to track and return shuttlecocks.

I've also built various two-wheeled balancing robots which, so I thought it was time to combine the two and make a one-wheel balancing robot, which can also stand still on the spot.

I got fed up with regular Bluetooth speakers, so I'm using one shaped like a sci-fi Martian robot instead — here's why you should too ...

ANYmal-D, the badminton-playing quadruped robot from ETH Zurich, combines artificial intelligence with whole-body coordination to rally with human players for up to 10 shots.

Build the ESP-ROLL - an ESP32 Self-balancing Ball Robot with Phone Control and FPV Cam that Rolls Smoothly over almost Any Surface!