P300-based brain-computer interface memory game to improve motivation and performance
C Angeloni, D Salter, V Corbit…�- 2012 38th Annual�…, 2012 - ieeexplore.ieee.org
C Angeloni, D Salter, V Corbit, T Lorence, YC Yu, LA Gabel
2012 38th Annual Northeast Bioengineering Conference (NEBEC), 2012•ieeexplore.ieee.orgA brain-computer interface (BCI) relies on a classifier to determine a user's intent through the
EEG signals. This classifier needs to be trained with a specific user prior to its usage. Since
the effectiveness of a classifier is affected by the user's motivation during training, a memory
game using the BCPy2000 platform has been developed for enhancing motivation and
performance in using a traditional P300-based BCI system. A pilot study showed that this
memory game is accomplishable by human subjects in a BCI system.
EEG signals. This classifier needs to be trained with a specific user prior to its usage. Since
the effectiveness of a classifier is affected by the user's motivation during training, a memory
game using the BCPy2000 platform has been developed for enhancing motivation and
performance in using a traditional P300-based BCI system. A pilot study showed that this
memory game is accomplishable by human subjects in a BCI system.
A brain-computer interface (BCI) relies on a classifier to determine a user's intent through the EEG signals. This classifier needs to be trained with a specific user prior to its usage. Since the effectiveness of a classifier is affected by the user's motivation during training, a memory game using the BCPy2000 platform has been developed for enhancing motivation and performance in using a traditional P300-based BCI system. A pilot study showed that this memory game is accomplishable by human subjects in a BCI system.
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