SOURCE RECORD / S0192
Leveraging textured flickers: a leap toward practical, visually comfortable, and high-performance dry EEG code-VEP BCI
Leveraging textured flickers: a leap toward practical, visually comfortable, and high-performance dry EEG code-VEP BCI
- Authors or organization
- Dehais F, Cabrera Castillos K, Ladouce S, Clisson P
- Published date
- 2024-12-03
- Source type
- peer_reviewed_human_study
- Technology route
- non-invasive 8-dry-electrode code-VEP EEG
- Function or setting
- assistive communication and HCI
- Rights status
- metadata_only
Legacy aliases
—
Related topics
- BCI 最优方案
- 非侵入式 BCI
Evidence summary
Evidence: Practical low-density dry EEG code-VEP feasibility. Key figures: 93.6% Gabor and 96.3% Ricker versus 65.6% plain with 88 s calibration; online 97.5% cued and 94.3% asynchronous; mean decoding time 1.68 s. Limitations: Healthy participants; five-class task; task-specific calibration and stimuli; abstract does not establish patient, home, long-term, or cross-device performance.
Key figures
93.6% Gabor and 96.3% Ricker versus 65.6% plain with 88 s calibration; online 97.5% cued and 94.3% asynchronous; mean decoding time 1.68 s
Limitations
Healthy participants; five-class task; task-specific calibration and stimuli; abstract does not establish patient, home, long-term, or cross-device performance
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