Swarms of robots

Robot swarm. Courtesy of Harvard University.

A little randomness improves the navigation of robot swarms in crowded environments

Researchers from the United States and the Netherlands have shown that controlled randomness in the movement path of robots reduces traffic jams and improves the rate of task completion, without the need for a powerful central computer or complex coordination.
A sheepdog on duty managing a flock of sheep. Photo: Georgia Tech University

Sheepdogs reveal a better way to guide robot swarms

Researchers at the Georgia Institute of Technology studied how dog and handler teams deal with unpredictable herds in herding dog competitions, finding principles that go far beyond herding sheep.
Image - Robot swarm. Photo: Tel Aviv University

A Breakthrough in Collaborative Robotics: The "Curvature Criterion" Inspired by Ant Swarms

Researchers from Tel Aviv University and Radboud University present a new geometric rule that allows simple, tiny robots to cooperate in transporting large loads – without sensors, communication, or external control.
"The Fish Matrix." Christian Ziegler, Mate Nagy, and Liang Li

At virtual reality school, fish teach robots

Scientists use VR on zebrafish to teach robots how to group
The robotic ants of the German pesto company. Screenshot from YOUTUBE

Pesto's new biometic robots