A sound wave is transformed by the torso, head and ears, before reaching the eardrums of a listener. These changes are different for each ear, angle of incidence, and vary from person to person. Head-related impulse responses (HRIRs) in the time domain, or head-related transfer functions (HRTFs) in the frequency domain, characterized the transmission between a sound source and the eardrums of a subject. This paper presents a HRIR measurement system, which uses Golay codes as excitation signal. These binary sequences give good results with high background noise and create impulsive responses without the artifacts and modulations that usually incorporate sinusoidal sweeps in these conditions. Results of measurements carried out in a head and ...
Many recent works have focused on hearing modeling. In human localization play the outer ears and th...
There has been a growing interest in spatial sound generation arising from the development of new co...
Virtual reality systems aim to create an artificial space suggested by multiple sensorial informatio...
Una onda sonora es transformada por el torso, la cabeza y las orejas, antes de alcanzar los tímpanos...
This work is about the development of a system for the recording of holophonic sound and the obtaini...
[ES] Este docuemnto es un resumen en el cual se explica la metodoligia que vamos a seguir para la re...
This body of work relates to the acoustic filtering effects of the head and body, or the head-relate...
Head related transfer functions (HRTFs) are needed to present virtual spatial sound sources via head...
Este trabalho tem por objetivo desenvolver ferramentas que permitam gerar em fones-de-ouvido o efeit...
[EN] Personalized Head-Related Transfer Functions (HRTFs) are needed as part of the binaural sound i...
This research investigates various aspects of the Head-Related Transfer Function (abbreviated HRTF),...
Head-related transfer functions (HRTFs) capture the free-field sound transmission from a sound sourc...
The individualization of head related transfer functions (HRTFs) can make an important contribution ...
Head Related Transfer Functions (HRTFs) are signal processing models that represent the transformati...
One of the most popular techniques for creating spatialized virtual sounds is based on the use of He...
Many recent works have focused on hearing modeling. In human localization play the outer ears and th...
There has been a growing interest in spatial sound generation arising from the development of new co...
Virtual reality systems aim to create an artificial space suggested by multiple sensorial informatio...
Una onda sonora es transformada por el torso, la cabeza y las orejas, antes de alcanzar los tímpanos...
This work is about the development of a system for the recording of holophonic sound and the obtaini...
[ES] Este docuemnto es un resumen en el cual se explica la metodoligia que vamos a seguir para la re...
This body of work relates to the acoustic filtering effects of the head and body, or the head-relate...
Head related transfer functions (HRTFs) are needed to present virtual spatial sound sources via head...
Este trabalho tem por objetivo desenvolver ferramentas que permitam gerar em fones-de-ouvido o efeit...
[EN] Personalized Head-Related Transfer Functions (HRTFs) are needed as part of the binaural sound i...
This research investigates various aspects of the Head-Related Transfer Function (abbreviated HRTF),...
Head-related transfer functions (HRTFs) capture the free-field sound transmission from a sound sourc...
The individualization of head related transfer functions (HRTFs) can make an important contribution ...
Head Related Transfer Functions (HRTFs) are signal processing models that represent the transformati...
One of the most popular techniques for creating spatialized virtual sounds is based on the use of He...
Many recent works have focused on hearing modeling. In human localization play the outer ears and th...
There has been a growing interest in spatial sound generation arising from the development of new co...
Virtual reality systems aim to create an artificial space suggested by multiple sensorial informatio...