Master’s student in Computing Science Remi Brandt has won the KNVI Thesis Prize for Computing Science and Engineering for his thesis “Efficient Binocular Stereo Correspondence Matching with 1-D Max-Trees”.
With his work, Brandt was able to make a scientific and technical contribution to the European Union H2020 project
. This is very remarkable and exceptional for a Master’s student. At the frontier of science and technology, Brandt contributed to the design of the first outdoor gardening robot. Specifically, he developed an efficient computer vision algorithm that enables the robot determine its distance to objects in the environment. His algorithm is now fully integrated in the robot operating system ROS of Trimbot.
For his Master’s thesis, Brandt was supervised by Dr. Nicola Strisciuglio and Dr. Michael Wilkinson. Since July 2019, Brandt has an appointment as a researcher in the Trimbot project, as part of the Intelligent Systems group of the
Bernoulli Institute for Mathematics, Computer Science and Artificial Intelligence
The TrimBot2020 project researches the underlying robotics and vision technologies and prototypes the next generation of intelligent gardening consumer robots. The project is focused on the development of intelligent outdoor hedge, rose and bush trimming capabilities. And with this, allowing the robot to navigate over varying garden terrain, approaching hedges to restore them to their ideal tidy state, and approaching topiary-styled bushes to restore them to their ideal shape.
The KNVI Thesis Prize for Computing Science and Engineering is part of the KHMW Graduation Awards. Please find an
overview of all FSE/UG winners (Graduation and Incentive Awards) here.
NWA Idea Generator project for Kottapalli to develop low-cost sensorized shoes for patients to monitor gait and avoid fall conditions through a biofeedback voice alert.
Ymkje Stienstra (UMCG), Joram Tarusaria and Ajay Kottapalli receive an NWA Idea Generator Grant .
Ten years ago, Sijbren Otto, Professor of Chemistry at the University of Groningen, discovered self-replicating molecules that spontaneously formed rings, which then organized into stacks. These growing stacks were able to divide by breaking in...