The UNSW robot football team, rUNSWift, at play during the standard platform league of RoboCup 2014. AAP/UNSW

Australian robots are victorious in the other soccer World Cup

Germany may have won this year’s World Cup but Australia’s robot researchers have emerged victorious from a subtly different competition. The University of New South Wales’ rUNSWift robot team claimed…
Simple, yet so effective – a fish’s swimming motion removes the trade-off between stability and manoeuvrability. Mell P

Mullet over: how robotics can get a wriggle on with fishy locomotion

Teaching a robot to walk – even poorly – requires huge investment into computational resources. How is it that even the simplest animals are able to achieve far more sophisticated feats of manoeuvrability…
How to best employ combinatorial optimisation for health and wellbeing … ay, there’s the rub! Central Sussex College

Shakespeare and cancer diagnoses: how bard can it be?

Shakespeare’s plays and cancer: two seemingly unrelated topics with an underlying common thread. The techniques that computational linguistics and computer scientists use to analyse the Bard’s works are…
When you’re going for goals, seeing is believing. Johnson Cameraface

RoboCup 2013: new moves to keep players on the ball

In just a few weeks, soccer-playing robots from around the world will converge on Eindhoven in the Netherlands to compete for the prestigious RoboCup 2013. With around 2,500 particpants, competition is…
The DARwIn-OP humanoid soccer-playing robot may look like a toy, but is a platform for groundbreaking artificial intelligence research. David Budden

Robots will be FIFA champions – if they keep their eyes on the ball

We already know robots manufacture cars, work in factories, even vacuum our homes - but could they form a world-beating soccer team? The question seems like ripe pickings for a movie mogul, given Hollywood’s…