Team from Centre qualifies for RoboCup finals
Submitted by Anne Murphy on Thu, 10/05/2018 - 16:40We are delighted to confirm that a team of six students from Edinburgh Centre for Robotics (ECR) along with one undergraduate student from Heriot-Watt University has been selected to take part in the final round of the RoboCup Rescue Simulation League - Virtual Robot Competition.
Socially Acceptable BioRobotics Systems for Assisted Living Applications
Nowadays service robotics is experimenting an increasing number of opportunities to be integrated in several scenarios of daily living, from the home to the city and at work. This trend comes with a number of scientific challenges in the field of robotics, all aiming to improve the robot capabilities and abilities. Hence, the integration of Robotics, Internet of Things and Artificial Intelligence is an interesting approach that enables the possibility to design and develop new frontiers in human robot interaction, collaborative robotics, cognitive robotics, etc.
Socially Acceptable BioRobotics Systems for Assisted Living Applications
Abstract: Nowadays service robotics is experimenting an increasing number of opportunities to be integrated in several scenarios of daily living, from the home to the city and at work. This trend comes with a number of scientific challenges in the field of robotics, all aiming to improve the robot capabilities and abilities. Hence, the integration of Robotics, Internet of Things and Artificial Intelligence is an interesting approach that enables the possibility to design and develop new frontiers in human robot interaction, collaborative robotics, cognitive robotics, etc.
Why robots must be property
Abstract: This talk unifies my work on "Semantics derived automatically from language corpora contain human-like biases" and "The meaning of the EPSRC principles of robotics" into a coherent whole, explaining what I meant to say in 2007 when I wrote "Robots should be slaves". For links to these papers, please see Joanna’s page on Google Scholar
Scientists discover that robots can make humans sleepy
Submitted by ls234 on Thu, 03/05/2018 - 16:09A team of academics from the Edinburgh Centre for Robotics have discovered that robots can make humans sleepy. About half of adults yawn after someone else yawns due to a universal phenomenon called contagious yawning. Volunteers who watched the EMYS android robot that mimicks the sounds and signs of sleepiness found that they too developed the urge to yawn. The discovery could help scientists design androids to help around the home.
Consensus meeting
Journal Club Meeting
There will be a Journal Club meeting this Thursday at 6pm in the Forum, rooms 4.31/33.
Chris will be presenting:
'Human Push-Recovery: Strategy Selection Based on Push Intensity Estimation'. Lukas Kaul and Tamim Asfour (2016).
And Siobhan will be presenting:
'Repellent pheromones for effective swarm robot search in unknown environments'. Filip Fossum, Jean-Marc Montanier, and Pauline C. Haddow (2014).
Journal Club Meeting
There will be a Journal Club meeting this Thursday at 6pm in the Forum, rooms 4.31/33.
Chris will be presenting:
'Human Push-Recovery: Strategy Selection Based on Push Intensity Estimation'. Lukas Kaul and Tamim Asfour (2016).
And Siobhan will be presenting:
'Repellent pheromones for effective swarm robot search in unknown environments'. Filip Fossum, Jean-Marc Montanier, and Pauline C. Haddow (2014).
CreatED 2018 24-hour Hackathon!
Submitted by ls234 on Wed, 25/04/2018 - 10:36CreatED 2018 was a 24-hour hardware Hackathon organised by both the Heriot-Watt Robotics Society and the Robotics Society at the University of Edinburgh. Around one hundred attendees queued outside the Appleton Tower at the University of Edinburgh waiting to collect their t-shirts and wrist bands! Some had backpacks and sleeping bags with them as they had travelled from afar (and even from overseas) to be a part of this great event!
Representatives from sponsoring companies gave workshops and mentored the participants as they engaged with their various projects.