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1	P300 Brain-Computer Interface: Comparing Faces to Size Matched Non-Face Stimuli Kellicut-Jones, M. R., Sellers, E. W. 02 January 2018 (has links) Non-invasive brain–computer interface (BCI) technology can restore communication for those unable to communicate due to loss of muscle control. Nonetheless, compared to augmentative and alternative communication (AAC) devices requiring muscular control, BCIs provide relatively slow communication. Therefore, implementing techniques improving BCI speed and accuracy is important. Previous studies indicate that facial stimuli elicit N170 and N400 components, in addition to the P300 component associated with P300 BCI. These additional components can increase speed and accuracy. Our study investigated the influence of image size and content using four conditions: large face, small face, large non-face, and small non-face. We predicted faces would provide higher accuracy than non-face stimuli and larger stimuli would provide higher accuracy than small stimuli. We found no significant difference in performance between conditions; however, significant waveform differences were found in each condition. communication EEG event-related potentials facial stimuli P300 speller Psychology
2	Youth Emotion Regulation and Processing: Risk and Resilience Factors in the Context of Maternal Depression Patton, Emily 13 September 2016 (has links) No description available. Clinical Psychology Neurosciences child psychology maternal depression youth emotion regulation resilience EEG ERP LPP parenting style acceptance reappraisal dyad facial stimuli CES-D CDI KDEF APQ CERQ

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P300 Brain-Computer Interface: Comparing Faces to Size Matched Non-Face Stimuli

Youth Emotion Regulation and Processing: Risk and Resilience Factors in the Context of Maternal Depression