AES E-Library

LI. A.. Gedemer, and T. Welti, "Validation of the Binaural Room Scanning Method for Cinema Audio Research," Paper 8974, (2013 October.). doi: LI. A.. Gedemer, and T. Welti, "Validation of the Binaural Room Scanning Method for Cinema Audio Research," Paper 8974, (2013 October.). doi:
Abstract: Binaural Room Scanning (BRS) is a method of capturing a binaural representation of a room using a dummy head with binaural microphones in the ears and later reproducing it over a pair of calibrated headphones. In this method multiple measurements are made at differing head angles that are stored separately as data files. A playback system employing headphones and a headtracker recreates the original environment for the listener, so that as they turn their head, the rendered audio during playback matches the listeners' current head angle. This paper reports the results of a validation test of a custom BRS system that was developed for research and evaluation of different loudspeakers and different listening spaces. To validate the performance of the BRS system, listening evaluations of different in-room equalizations of a 5.1 loudspeaker system were made both in situ and via the BRS system. This was repeated using three different loudspeaker systems in three different sized listening rooms.

@article{gedemer2013validation,
author={gedemer, linda a. and welti, todd},
journal={journal of the audio engineering society},
title={validation of the binaural room scanning method for cinema audio research},
year={2013},
volume={},
number={},
pages={},
doi={},
month={october},} @article{gedemer2013validation,
author={gedemer, linda a. and welti, todd},
journal={journal of the audio engineering society},
title={validation of the binaural room scanning method for cinema audio research},
year={2013},
volume={},
number={},
pages={},
doi={},
month={october},
abstract={binaural room scanning (brs) is a method of capturing a binaural representation of a room using a dummy head with binaural microphones in the ears and later reproducing it over a pair of calibrated headphones. in this method multiple measurements are made at differing head angles that are stored separately as data files. a playback system employing headphones and a headtracker recreates the original environment for the listener, so that as they turn their head, the rendered audio during playback matches the listeners' current head angle. this paper reports the results of a validation test of a custom brs system that was developed for research and evaluation of different loudspeakers and different listening spaces. to validate the performance of the brs system, listening evaluations of different in-room equalizations of a 5.1 loudspeaker system were made both in situ and via the brs system. this was repeated using three different loudspeaker systems in three different sized listening rooms.},}

TY - paper
TI - Validation of the Binaural Room Scanning Method for Cinema Audio Research
SP - EP -
AU - Gedemer, Linda A.
AU - Welti, Todd
PY - 2013
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - October 2013 TY - paper
TI - Validation of the Binaural Room Scanning Method for Cinema Audio Research
SP - EP -
AU - Gedemer, Linda A.
AU - Welti, Todd
PY - 2013
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - October 2013
AB - Binaural Room Scanning (BRS) is a method of capturing a binaural representation of a room using a dummy head with binaural microphones in the ears and later reproducing it over a pair of calibrated headphones. In this method multiple measurements are made at differing head angles that are stored separately as data files. A playback system employing headphones and a headtracker recreates the original environment for the listener, so that as they turn their head, the rendered audio during playback matches the listeners' current head angle. This paper reports the results of a validation test of a custom BRS system that was developed for research and evaluation of different loudspeakers and different listening spaces. To validate the performance of the BRS system, listening evaluations of different in-room equalizations of a 5.1 loudspeaker system were made both in situ and via the BRS system. This was repeated using three different loudspeaker systems in three different sized listening rooms.