Neurocognition and Action - Biomechanics
Uni von A-Z
Universität Bielefeld > Sportwissenschaft > Redirect Arbeitsbereiche > Neurocognition and Action - Biomechanics > research

Project Coordinators

Prof. Dr. Thomas Schack
Prof. Dr. James L. Crowley

Responsible Investigators

Dr. Raffaella Balzarini (INRIA Grenoble)
Thomas Gunz (INRIA Grenoble)
PD Dr. Dirk Koester
Thomas Küchelmann
Dominique Vaudreydaz (INRIA Grenoble)

Direct Project Partners

Chess Expertise from Eye Gaze and
Emotion (CEEGE)

2015/12/01 - 2018/11/30 307.150 Euro

CEEGE (Chess Expertise from Eye Gaze and Emotion) is a joint multidisciplinary project by CITEC and INRIA (L'Institut National de Recherche en Informatique et en Automatique Grenoble). In this project we seek to experimentally evaluate and compare current theories for mental modeling in problem solving and attention, as well as to refine and evaluate techniques for observing the physiological reactions on humans in situations that inspire pleasure, displeasure, arousal, dominance and fear. Chess is the most popular board game in Europe, enjoys worldwide popularity and there are exactly differentiable skill levels (e.g. ELO system) in contrast to many other domains of expertise studied in psychology. The context of a chess game is a delimited 2-dimensional setup with countable defined movements while at the same time players engage in complex mental tasks involving problem solving and memory. We exploit this balance between complexity and simplicity and base our experiments on chess players, in which we observe the visual attention, physiological responses and mental states of subjects with different levels of expertise solving classic chess problems, and participating in chess matches (dyadic game scenario). These multi-modal data will allow us to evaluate and compare current models and help to specify and measure chess expertise from visual attention and physiological reactions. To understand more about coding, templates and chunking processes in short-term memory and to reveal cognitive mechanisms of expert performance is our aim. Finally, the results should help to detect individual impairments and offer rigorous and detailed training methods for chess players, culminating in a personal chess assistant program which records and employs eye tracking data and data concerning physiological reactions to give a feedback on how accurately a player is understanding chess templates used in training units.

The experiments are distributed between CITEC Bielefeld and INRIA Grenoble. In CITEC, our team will correlate scan-path from eye-tracking and information about visual attention to established configurations of pieces and known solutions to chess problems, and construct a labeled dataset of visual parameters by expertise. In INRIA Grenoble, Prof. J. Crowley?s team will measure physiological parameters of emotion (facial micro-expressions, skin conductivity, blood flow (BVP), respiration, posture) of pairs of players of different levels of chess expertise during a game. These data are annotated and segmented with respect to the difficulty of the game situation as well as situations which elicit particularly strong physiological reactions. Finally, we will use all of our recorded multi-modal data to evaluate the effectiveness of competing techniques for mental modeling and, for the observation of emotions in terms of their abilities to predict the chess expertise, game outcomes, individual moves and player reports.

For more information, see [ here ] .


CITEC News: "Why Chess Masters Win - Bielefeld University analyzes chess behavior" (23. Dezember 2016) [more]

Rafols, Rodney: "Chess Moves To Win: Master?s Secret To Success Revealed", ItechPost (26. Dezember 2016) [more]

Science Daily. "Why Chess Masters Win" (23. Dezember 2016) [more]

TechTimes: "How To Win At Chess? Here?s What Goes Inside The Head Of Chess Champion Magnus Carlsen" (29.Dezember 2016) [more]