Sep 23, 2013 · This study aimed at investigating the differences in brain–computer interface (BCI) task performance between 2D and 3D displays depending on ...
This study aimed at investigating the differences in brain–computer interface (BCI) task performance between 2D and 3D displays depending on their ...
Supplementary Data. Performance Comparison of a SSVEP BCI Task by Individual Stereoscopic 3D Susceptibility. Authors: Mun, Sungchul; Park, Min-Chul; Yano, Sumio.
In this study, we mainly investigate the impact of stereoscopic perception on the performance of SSVEP-BCI under a virtual reality environment through a ...
Oct 22, 2024 · The results showed that 3D stimuli enhanced BCI performance, but no significant effects were found due to the small number of subjects. Visual ...
This study aimed at investigating the differences in brain–computer interface (BCI) task performance between 2D and 3D displays depending on their ...
Performance comparison of a SSVEP BCI task by individual stereoscopic 3D susceptibility. 2013, International Journal of Human-Computer Interaction. View all ...
This work compares AR-based SSVEP with 3D and 2D stimuli using three different stimulation strategies: flickering, grow-shrink, and both and shows no ...
94(3), 373–381 (2014). 10. S. Mun, M.-C. Park, and S. Yano, “Performance comparison of a. SSVEP BCI task by individual stereoscopic 3D susceptibility,”Int. J ...
The findings demonstrate that the 3D and 3D-Blink paradigms supported by VR can achieve improved user comfort and satisfactory performance, while further ...
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