I lead the Intelligent Robotics group at the Department of Computing Science at Umeå University. The general research focus is on the use of AI for development of robots for social and industrial applications. Our current main track of research is Human-Robot Interaction (HRI). Between 2010 and 2014 I coordinated the EU project INTRO (FP7/ITN), with six international partners working on intelligent robots operating in close interaction with humans. In our lab, work focused on cognitive architectures and robot learning. Since 2016 I coordinate SOCRATES, an H2020 financed project with seven international partners and 15 PhD students. The overall research topic is Social Robotics with applications in eldercare. In our group we develop solutions for natural language understanding for robots, human robot teams, and understandability issues for robots. We apply deep learning techniques for object detection, and natural language processing.
A second focus in the Intelligent Robotics group is Field Robotics. We have done a lot of research on unmanned forest vehicles, such as autonomous navigation, simulator based path planning [B28], and simulation of system configurations. In the EU projects CROPS and SWEEPER, we worked on developing robots for sweet pepper harvesting, and on sensor solutions for detection of humans, neural network classification of objects, and tree diameter estimation.
I have also published work on robot ethics, bias in machine learning, and occasionally contribute to the public debate on Artificial Intelligence.
Between 2014 and 2016, I lead a project in collaboration with CMTS, MT-FoU and Umeå Stroke Center at the University Hospital of Umeå, Sweden. In this project we devel- oped an intelligent rollator, with improved usability for people with cognitive limitations, e.g. after a stroke.
In my earlier research, leading up to my PhD degree in 2001, I worked with machine learning for financial modeling and prediction. A complete description of my research profile has to include my industrial work with development of nautical control systems. For several years I worked as self-employed with development of the Seapacer system, with advanced functions for propeller pitch optimization, route planning and dynamic speed and fuel consumption control. Besides the engineering and commercial endeavor, I published a few scientific papers on the project.
PhD student supervision
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Ohh right, I am proud holder of an Erdös-Bacon-Sabbath number≤ 13