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Centre Members Announced as Finalists for 2016 Eureka Prizes

The Australian Centre for Robotic Vision is proud to announce that one of our Chief Investigators and one of our research teams are both finalists for the 2016 Australian Museum Eureka Prizes.

Centre Chief Investigator Michael Milford is a finalist for the Eureka Prize for Outstanding Early Career Researcher. Our COTSbot team of Matt Dunbabin, Feras Dayoub, and Centre Director Peter Corke are finalists for the Eureka Prize for Environmental Science.

The Eureka Prizes are Australia’s most prestigious science awards, and celebrate excellence in several areas, including research and innovation.

Michael Milford_SEFcourtesy

Michael Milford, Chief Investigator for Centre

Associate Professor Michael Milford was named a finalist for his work in robotic vision navigation systems for robotics of all types, and for his work where he blends the two fields of neuroscience and robotics.

“I was really stoked,” said Milford. “I’ve been awed by some of the past winners and what they’ve done. So it was really an honour to be nominated and to be a finalist.”

Milford says his passion is to understand intelligence, and robotics and neuroscience are helping him do that.

“Robotics is very tangible. If a robot is doing something clumsy or dumb, you can see it,” said Milford. “I think the things that robots do, like navigation, and helping us out with tasks, are a great way to leapfrog our way to really understanding what intelligence is, and how we can replicate it.”

COTSbot at The Cube with Reef Background Gardens Point

Feras Dayoub, Matt Dunbabin & Peter Corke with COTSbot

For Centre Director Peter Corke, the COTSbot project is one of the Centre’s shining jewels. The COTSbot robot was designed to help target a very real threat to the Great Barrier Reef – the crown-of-thorns starfish, or COTS.

Centre Associate Investigator Matt Dunbabin designed the robot to be a first responder system to beef up the existing program that uses divers to hunt for COTS.

Dr Feras Dayoub, a QUT Research Fellow specialising in Robotic Vision, trained the COTSbot to pick out the pest from other sea life. In other words, it can think for itself using a visual recognition system made possible by algorithms to identify COTS in the visually challenging environment of the Great Barrier Reef.

“I’m very proud to be associated with this prestigious prize,” said Dr Dayoub. “This is one example of where research can make a real difference in the world.”

Dayoub says the COTSbot basically came together over the course of a year, during 2015.

“It was a rapid transformation between ideas, research, and then building this robot and testing it in the reef,” said Dayoub.

The Eureka Prizes will be announced on 31 August in Sydney.

Media Contact: Tim Macuga, Communications Officer: timothy.macuga@qut.edu.au 07 3138 6741 or 0478 571 226

PostedJuly 29, 2016

Australian Centre for Robotic Vision
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+61 7 3138 7549