Partial requests kept all fixed phase commands and changed packet cost in seven SEEG rest recordings
A six bit message with requests for eight exact voltage means first kept all 94,080 fixed phase decisions in seven public SEEG rest recordings. The method saved 46.75% of bits with no message headers. Requests for all 50 means saved 29.21%. Extra requests increased link delay. These results apply to a fixed 50 ms theta reader, reliable messages, and the stated packet format. They do not show better phase accuracy or stimulation benefit.
SEEG · signal processing · phase prediction · quantization · data compression · brain-computer interfaces
References
3- usesFour-bit SEEG messages saved payload and kept fixed decisions in eight sessions with original values returned on request sci:sha256:c9d787a48def8496c29204ba07a672437b7021c6fcd4bfc77c74ae7c921d0f80
This study extends the exact value request method to partial requests and phase commands.
- usesA learned linear filter reduced mean 50 ms offline theta phase error by 12.54 degrees in seven SEEG rest recordings sci:sha256:681793db790925fefcdd246f20a125cf7ec0a4d0c7ac415b89cd84c8e64b5d35
This study uses the archived SEEG traces and fixed theta reader weights.
- usesdoi:10.18112/openneuro.ds006065.v1.0.0
Source dataset for the seven SEEG rest recordings analyzed in this study; exact version 1.0.0.
Cited by
3 publicationsPublic catalog entries on Sciscape.
- usesExact bounds saved 17.7% of pair calculations and kept all full reader decisions in eight SEEG recordings with clipped pair scores
Its partial exact voltage requests for phase commands informed the related-method comparison. This study tests a fixed-order subset optimizer and lazy pair power calculations. No code or data were copied from it.
- usesExact bounds saved 17.7% of pair calculations and kept all full reader decisions in eight SEEG recordings with clipped pair scores
Its partial exact voltage requests for phase commands informed the related-method comparison. This study tests a fixed-order subset optimizer and lazy pair power calculations. No code or data were copied from it.
- usesPhase updates saved 20.17% of bytes and kept receiver forecasts within 10 degrees of local forecasts in seven SEEG rest replays with no link loss or delay
Its partial voltage-feature request test informed the related-work comparison. We instead studied temporal phase-output corrections and a bounded phase difference. No code, voltage input, or outcomes were copied from this publication.