Applied Neurocognitive Psychology
Open Master Thesis
To apply for a master thesis please send a short CV including your grades via email or snailmail to Jochem Rieger
Plasiticity in the control of Brain-Machine-Interfaces (BMI): Qualitative self-evaluation and physiological parameters
Aim and scope: Despite the fact that BMI builds upon voluntary self-regulation of brain activity almost nothing is known whether subjects are able to self evaluate task difficulty, strategy and prospective success. The study aims to shed light on the potential predictive power of introspective self evaluation for performance in motor imagery brain machine interfaces.
Methods: The study will build upon existing self evaluation sheets and interviews from a study on motor imagery training to control a motor BMI. Self evaluation will be analyzed semi-quantitatively. Judgments and statements will be correlated with development of behavioral success in BMI-control over training and with physiological results.
Impact: This will be a first BMI-study relating introspective self evaluation and success in BMI. The results are expected to help to improve selection of subjects and training of BMI-control.
Open Master thesis
Detection of different grasping types from markerless motion tracking systems
Aim and scope:
One of the main goals in our lab is to understand how humans generate natural movements and in particular manipulative actions like grasping and how the brain coordinates these movements. This project is intended to find motor primitives in higly trained everyday movements.
There are two markerless motion tracking systems available to measure upper limb movements - the Kinect like depth sensor "CARMINE1.09" (PrimeSense) and a sensor glove to capture finger kinematics in three dimensions in space "SHAPEHAND" (Measurand). Each system provides different information about the performed movement. Machine learning techniques will be used to derive motor primitives.
Inquiries and Application
Applicants should have good programming skills in Matlab and/or C/C++, a good visual thinking and some knowledge in geometry. Experience in motion tracking would be helpfull, but not be necessary.
To apply for a project please send a short CV including your grades via email or snailmail to:
David Richter Department of Psychology Faculty VI Carl-von-Ossietzky University 26111 Oldenburg Email: david.richter(at)uni-oldenburg.de Phone.: +49 (0) 441 - 7982587
Applied Neurocognitive Psychology Lab
Department of Psychology
University of Oldenburg
Phone: +49 (0)441 798-4533
Fax: +49 (0)441 798-3865
Phone: +49 (0)441 798-5167
Fax: +49 (0)441 798-3865
How to find us