This thesis studies the pinna reflection model to extract the best possible HRTF for a user from a database. The performances of the selected HRTF are tested in a psychoacoustic experiment and compared with those recorded from KEMAR. This extraction increases the average performances in respect to the KEMAR. The selected HRTF is then integrated in a virtual multimodal environment together with the haptic device TAMO showing the relation and the benefit of audio in Orientation & Mobility tasks

Head Related Transfer Function selection techniques applied to multimodal environments for spatial cognition

Bedin, Alberto
2013/2014

Abstract

This thesis studies the pinna reflection model to extract the best possible HRTF for a user from a database. The performances of the selected HRTF are tested in a psychoacoustic experiment and compared with those recorded from KEMAR. This extraction increases the average performances in respect to the KEMAR. The selected HRTF is then integrated in a virtual multimodal environment together with the haptic device TAMO showing the relation and the benefit of audio in Orientation & Mobility tasks
2013-10-15
HRTF, audio, binaural, multimodal, psychoacoustic, TAMO
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/17510