MIT created a legged robot that can dribble a soccer ball under real-world conditions. MIT's Improbable Artificial Intelligence Lab, part of the Computer Science and Artificial Intelligence ...

Technology Meet ‘DribbleBot,’ MIT’s soccer-playing robot Lessons learned creating a robot that can move a ball through mud and snow could help scientists create life-saving robots in the future.

For DribbleBot, the team used a quadruped robot with two fisheye lenses and an onboard computer with neural network learning capacity for tracking a size 3 soccer ball over an area that has the ...

Austin (KXAN) — Inside the winding halls of UT's computer science department, knee-high robots dribble a miniature soccer ball across a field of turf. Their only goal is to score goals, each one ...

This is because modern robotic vision, including visual place recognition, typically relies on power-hungry machine learning ...

It’s no Lionel Messi, but a four-legged robot developed at CSAIL’s Improbable Artificial Intelligence Lab can dribble a soccer ball on surfaces including grass, sand, gravel, mud, and snow.

Introducing ARTEMIS, a groundbreaking humanoid robot from UCLA aiming to redefine football. While its initial performances reveal room for improvement, its speed and advanced technology set the ...

Still, the robot can do more than just handle a ball. Engineers said DribbleBot can get up and recover the ball after falling, marking a major step forward that researchers said could lead to even ...

While the robot's soccer skills aren't at "Lionel Messi-like level," the researchers said, the robot is able to dribble a ball across sand, gravel, mud, and snow.

MIT's Dribblebot Can Play Soccer on Different Terrains: Researchers from MIT's Improbable Artificial Intelligence Laboratory built the four-legged robot to dribble through grass gravel, mud and snow.