Modelling human auditory-evoked brain responses to complex sounds - DTU Orbit

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Modelling human auditory-evoked brain responses to complex sounds

Project: PhD

With the same participants

Characterizing the auditory cues for the processing and perception of spatial sounds
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Modeling perceptual externalization in the normal, impaired and aided-impaired auditory system
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Pitch representations in the impaired auditory system and implications for music perception
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Characterization and prediction of perceptual consequences of individual hearing loss
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Modeling the consequences of hearing loss and hearing-aid processing on consonant perception
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Modeling the consequences of hearing loss and hearing-aid processing on consonant perception
Project: PhD
Computational auditory scene analysis based on a model of human binaural processing
Project: PhD
Correlations between physical and perceptual parameters of acoustic scenarios. Implications for auditory modelling and sound field design
Project: PhD
Design and evaluation of individualized hearing-aid signal processing and fitting
Project: PhD
Temporal Coherence in the Perceptual Organization of Auditory Scenes in Normal, Impaired, and Aided-Impaired Hearing
Project: PhD

Rønne, Filip Munch (Phd Student)
Elberling, Claus (Supervisor)
Harte, James (Supervisor)
Dau, Torsten (Main Supervisor)
MacDonald, Ewen (Examiner)
Neely, Stephen Taylor (Examiner)
Burkard, Robert F. (Examiner)

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Status	Completed
Period	01-03-09 → 30-06-12

Financing source	Internal funding (public)
Research programme	Institut stipendie (DTU) Samf.

ID: 2331281