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My research interests include human perception, cognition, and mathematical psychology as applied to the perception of complex sounds. Using psychophysical techniques, we study the rules governing low-level auditory processing and the possible mechanisms by which multiple sound sources are segregated. Recent work has been aimed at the development and testing of multiple-channel models of masking that depend on both energetic and temporal aspects of complex sounds. At present, the goal is to extend this work into the realm of perceptual organization, including "auditory streaming" and the detection of a target pattern of sounds against a background of distracter sounds. Both psychophysical experiments and the allied processing models depend on digital signal processing techniques in which acoustical features are independently varied, allowing the determination of the relative contribution of the different cues as well as the underlying combination rules.
1998年获得:Troland Research Award
My research interests include human perception, cognition, and mathematical psychology as applied to the perception of complex sounds. Using psychophysical techniques, we study the rules governing low-level auditory processing and the possible mechanisms by which multiple sound sources are segregated. Recent work has been aimed at the development and testing of multiple-channel models of masking that depend on both energetic and temporal aspects of complex sounds. At present, the goal is to extend this work into the realm of perceptual organization, including "auditory streaming" and the detection of a target pattern of sounds against a background of distracter sounds. Both psychophysical experiments and the allied processing models depend on digital signal processing techniques in which acoustical features are independently varied, allowing the determination of the relative contribution of the different cues as well as the underlying combination rules.
1998年获得:Troland Research Award
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JASA express lettersno. 12 (2023)
Hearing Research (2021): 108307-108307
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