Neural time course of visually enhanced echo suppression
نویسندگان
چکیده
منابع مشابه
Neural time course of visually enhanced echo suppression.
Auditory spatial perception plays a critical role in day-to-day communication. For instance, listeners utilize acoustic spatial information to segregate individual talkers into distinct auditory "streams" to improve speech intelligibility. However, spatial localization is an exceedingly difficult task in everyday listening environments with numerous distracting echoes from nearby surfaces, such...
متن کاملTitle: Neural Time Course of Visually Enhanced Echo Suppression 1 Running Title: Visually Enhanced Echo Suppression 2 3
27 Auditory spatial perception plays a critical role in day-to-day communication. For instance, 28 listeners utilize acoustic spatial information to segregate individual talkers into distinct auditory 29 “streams” to improve speech intelligibility. However, spatial localization is an exceedingly 30 difficult task in everyday listening environments with numerous distracting echoes from nearby 31...
متن کاملNeural time course of echo suppression in humans.
In reverberant environments, the brain can suppress echoes so that auditory perception is dominated by the primary or leading sounds. Echo suppression comprises at least two distinct phenomena whose neural bases are unknown: spatial translocation of an echo toward the primary sound, and object capture to combine echo and primary sounds into a single event. In an electroencephalography study, we...
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Ultrashort echo time (UTE) imaging has shown promise as a technique for imaging tissues with T2 values of a few milliseconds or less. These tissues, such as tendons, menisci, and cortical bone, are normally invisible in conventional magnetic resonance imaging techniques but have signal in UTE imaging. They are difficult to visualize because they are often obscured by tissues with longer T2 valu...
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Although numerous investigations have probed the status of the vestibuloocular (VOR) during gaze shifts, its exact status remains strangely elusive. The goal of the present study was to precisely evaluate the dynamics of VOR suppression immediately before, throughout, and just after gaze shifts. A torque motor was used to apply rapid (100 degrees/s), short-duration (20-30 ms) horizontal head pe...
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ژورنال
عنوان ژورنال: Journal of Neurophysiology
سال: 2012
ISSN: 0022-3077,1522-1598
DOI: 10.1152/jn.00175.2012