The Second UK Robot Manipulation Workshop brought 40 expert teams together from across the nation to swap ideas and share inventions.
The workshop, hosted by Dr Ed Johns at the Dyson Robotics Lab, Imperial College London, brought some of the brightest brains in robotics together to share ideas and network on a range of topics in robot manipulation including mechanical design, sensor design, control, vision, response to touch, and learning.
It is highly encouraging for the UK’s competitiveness to discover just how many people across the country are working in robot manipulation, across all the important areas of this multi-disciplinary field.
– Dr Ed Johns
Department of Computing
Through invited talks, tutorials, poster sessions, and live demonstrations, guests learned how we can use vision and learning to control robotic behaviour, how biologically-inspired design of robotic hands can improve responsiveness to touch, and how in turn, robots can assist humans in disaster situations, and even in rehabilitation from paralysis.
Dr Johns, Dyson Research Fellow at Imperial’s Department of Computing, who organised the workshop, said: “Following the huge success of last year’s inaugural robot manipulation workshop, we are delighted to have hosted the second one so far and hope this becomes an annual event.”
The workshop took place on 10 and 11 July 2017.
The two-day workshop attracted around 145 representatives from 40 UK universities, industry, and small startup companies, and was sponsored by Imperial's Dyson Robotics Lab, Ocado Technology, the Shadow Robot Company, and The Institution of Engineering and Technology.
Here are just a few of the activities over the two days:
Shadow Dexterous Hand
The Shadow Robot Company specialises in designing robot hands, and is one of the longest running robotics company in the UK.
Using a total of 129 sensors, the Shadow Dexterous Hand, shown at the workshop, can detect its own positioning and amount of force used, and even has ultra-sensitive touch sensors on the fingertips, allowing it to respond to stimuli and mimic the human hand during movement.
Using a hockey stick with its two arms, the robot repeatedly attempted passing the puck along the floor towards the target, and it gradually learned, from trial and error, the correct force and direction required.
Professor Andrew Davison: From SLAM to Manipulation
Andrew Davison, Professor of Robot Vision and Director of the Dyson Robotics Lab at Imperial, spoke about using a computer vision technique known as Simultaneous Localisation and Mapping (SLAM) in robotics. This deals with how a moving robot builds a map of its environment while using that same map to work out its own location, and the relative positions of objects it needs to interact with.
Dr Ed Johns: Scalable End-to-End Visuomotor Control
Dr Johns spoke to an expert audience about using deep learning to train simulated robot arms, and how to transfer the learned behaviour to a real world robot.
Dr Johns said: “It is highly encouraging for the UK’s competitiveness to discover just how many people across the country are working in robot manipulation, across all the important areas of this multi-disciplinary field. Sometimes it is necessary just to provide an accessible platform for a research community, and you can be pleasantly surprised at the enthusiastic response.”
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Communications and Public Affairs
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