Abstract This paper explores the viability of using a novel optical Brain-Computer Interface within a gaming environment. We describe a system that incorporates a 3D gaming engine and an optical BCI. This made it possible to classify activation in the motor cortex within a synchronous experimental paradigm. Detected activations were used to control the arm movement of a human model in the graphical engine.

Url http://eprints.maynoothuniversity.ie/1280/

Collections Ireland -> Maynooth University -> Subject = Science & Engineering: Electronic Engineering
Ireland -> Maynooth University -> Subject = Science & Engineering: Computer Science
Ireland -> Maynooth University -> Subject = Science & Engineering
Ireland -> Maynooth University -> Academic Unit = Faculty of Science and Engineering: Electronic Engineering
Ireland -> Maynooth University -> Status = Published
Ireland -> Maynooth University -> Type = Conference or Workshop Item
Ireland -> Maynooth University -> Open Access DRIVERset
Ireland -> National University of Ireland Maynooth -> Status = Published
Ireland -> National University of Ireland Maynooth -> Open Access DRIVERset
Ireland -> National University of Ireland Maynooth -> Academic Unit = Faculty of Science and Engineering
Ireland -> National University of Ireland Maynooth -> Type = Conference or Workshop Item
Ireland -> Maynooth University -> Academic Unit = Faculty of Science and Engineering
Ireland -> Maynooth University -> Subject = Science & Engineering: Experimental Physics
Ireland -> Maynooth University -> Academic Unit = Faculty of Science and Engineering: Experimental Physics
Ireland -> National University of Ireland Maynooth -> Academic Unit = Faculty of Science and Engineering: Electronic Engineering
Ireland -> Maynooth University -> Academic Unit = Faculty of Science and Engineering: Computer Science