Reconstructing speech from human auditory cortex
|Reconstructing speech from human auditory cortex|
|Authors:||Brian N. Pasley, Stephen V. David, Nima Mesgarani, Adeen Flinker, Shihab A. Shamma, Nathan E. Crone, Robert T. Knight, Edward F. Chang|
|Citation:||PLoS Biology 10 (1): e1001251. 2012 January|
|Database(s):||Google Scholar cites PubMed (PMID/22303281)|
|Web:||Bing Google Yahoo! — Google PDF|
|Article:||BASE Google Scholar PubMed|
|Restricted:||DTU Digital Library|
|Format:||BibTeX Template from PMID|
|Extract:||Talairach coordinates from linked PDF: CSV-formated wiki-formated|
Stimuli was isolated words included nouns, verbs, proper names, and pseudowords and sentences.
Sentences was from Texas Instruments/Massachusetts Institute of Technology (TIMIT) database
|Subject group #1 (help)|
|Patients undergoing neurosurgical procedures|
|Subjects/♂/♀:||15 / /|
|Nationality:||United States of America|
|Approval:||Johns Hopkins Hospital, Columbia University Medical Center, University of California, San Francisco and Berkeley Institutional Review Boards and Committees on Human Research|
Group 1 of 15 patients undergoing neurosurgical procedures were included in the study.
The study on the human subjects was approved by the Johns Hopkins Hospital, Columbia University Medical Center, University of California, San Francisco and Berkeley Institutional Review Boards and Committees on Human Research.
- "Removal of channels with artifacts or excessive noise"
- Extraction of high gamma band power (70-150 Hz) with Hilbert-Huang transform.
- Conversion to standardized z-scores.
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