Bottom-up and top-down mechanisms of context effects during auditory scene analysis
Abstract
This project will use 1) behavior to identify context effects in segregation of mistuned harmonics and determine whether they arise from separate processes, 2) event-related potentials to study the neural basis of context effects in the auditory system, 3) functional magnetic resonance imaging to gain detailed spatial resolution of context effects in the brain, and 4) computational modeling to test the extent to which bottom-up and top-down mechanisms are involved in context effects. This project will use 1) behavior to identify context effects in segregation of mistuned harmonics and determine whether they arise from separate processes, 2) event-related potentials to study the neural basis of context effects in the auditory system, 3) functional magnetic resonance imaging to gain detailed spatial resolution of context effects in the brain, and 4) computational modeling to test the extent to which bottom-up and top-down mechanisms are involved in context effects.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Nov 23, 2016
- Source ID
- N000141612879
Entities
People
- Joel S Snyder
Organizations
- Nevada System of Higher Education
- Office of Naval Research
- United States Navy