This paper studies head-related transfer function (HRTF) sampling and synthesis in a three-dimensional auditory scene based on a general modal decomposition of the HRTF in all frequency-range-angle domains. The main finding is that the HRTF decompositio
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...
New approaches to Head Related Transfer Function (HRTF) based artificial spatialisation of audio ar...
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...
Head-Related Transfer Functions (HRTF's) describe the directionally dependent acoustic filtering pro...
This paper addresses the problem of modeling head-related transfer functions (HRTFs) for 3-D audio r...
This paper addresses the problem of modeling head-related transfer functions (HRTFs) for 3-D audio r...
There has been a growing interest in spatial sound generation arising from the development of new co...
In binaural synthesis a virtual sound source is implemented by convolving an anechoic signal with a ...
Digital systems can generate left and right audio channels that create the effect of virtual sound s...
One of the most popular techniques for creating spatialized virtual sounds is based on the use of He...
Head Related Transfer Functions (HRTF's) characterize the transformation of pressure waves from the ...
Human beings have a remarkable ability to determine the direction of arrival of a sound and to separ...
Head Related Transfer Functions (HRTF's) characterize the transformation of a sound source to the so...
This paper introduces a continuous functional model for head-related transfer functions (HRTFs) in t...
Human beings have a remarkable ability to determine the direction of arrival of a sound and to separ...
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...
New approaches to Head Related Transfer Function (HRTF) based artificial spatialisation of audio ar...
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...
Head-Related Transfer Functions (HRTF's) describe the directionally dependent acoustic filtering pro...
This paper addresses the problem of modeling head-related transfer functions (HRTFs) for 3-D audio r...
This paper addresses the problem of modeling head-related transfer functions (HRTFs) for 3-D audio r...
There has been a growing interest in spatial sound generation arising from the development of new co...
In binaural synthesis a virtual sound source is implemented by convolving an anechoic signal with a ...
Digital systems can generate left and right audio channels that create the effect of virtual sound s...
One of the most popular techniques for creating spatialized virtual sounds is based on the use of He...
Head Related Transfer Functions (HRTF's) characterize the transformation of pressure waves from the ...
Human beings have a remarkable ability to determine the direction of arrival of a sound and to separ...
Head Related Transfer Functions (HRTF's) characterize the transformation of a sound source to the so...
This paper introduces a continuous functional model for head-related transfer functions (HRTFs) in t...
Human beings have a remarkable ability to determine the direction of arrival of a sound and to separ...
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...
New approaches to Head Related Transfer Function (HRTF) based artificial spatialisation of audio ar...
Currently, achieving high-fidelity sound spatialization requires the prospective user to undergo len...