ECXXX_BXX_hg_100Hz - (n_chans x n_timepoints).These channels from the ECoG grid either had continuous epileptiform activity or signal indistinguishable from noise. This array contains manually marked bad channels.Each row indicates one bad time segment, with the start time and end time in seconds.
This variable contains manually marked time segments containing epileptiform, electrical, or movement artifacts.badTimeSegments - (n_badTimeSegments x 2).mat files contain the following variables: The neural data files are named with a subject identification number and a block number. The data comprise three experiment types, "Speech", "Non-speech control", and "Non-speech missing f0 control". We additionally included each block of neural data and a zipped file containing the experimental, acoustic stimuli as separate files in this dataset. The code and documentation can also be viewed on Github at . Intonatang-2017.7.17.tar.gz contains the entire project, including neural data, stimulus sound files, analysis code, and documentation. Because beat synchronization abilities emerge at an early age, these findings may inform strategies for early detection of and intervention for language-based learning disabilities.This dataset contains data and results associated with the manuscript, "Intonational Speech Prosody Encoding in Human Auditory Cortex", as well as code used to analyze the data and generate the figures of the manuscript.
In summary, we propose precise neural encoding of temporal modulations as a key mechanism underlying reading acquisition. Here we establish links between beat synchronization and speech processing in children who have not yet begun to read: preschoolers who can entrain to an external beat have more faithful neural encoding of temporal modulations in speech and score higher on tests of early language skills.
In poor readers, diminished neural precision may contribute to rhythmic and phonological deficits. Beat synchronization and neural encoding of speech reflect precision in processing temporal cues and have been linked to reading skills. 14559-14564 ISSN: 0027-8424 Subject: adults, learning, preschool children, reading, school children, speech Abstract: Temporal cues are important for discerning word boundaries and syllable segments in speech their perception facilitates language acquisition and development. Strait, Nina Kraus Source: Proceedings of the National Academy of Sciences of the United States of America 2014 v.111 no.40 pp. Beat synchronization predicts neural speech encoding and reading readiness in preschoolers Author: Kali Woodruff Carr, Travis White-Schwoch, Adam T.
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