The vertical localization, and vertical and horizontal spread, of auditory images was investigated using a vertical 5-loudspeaker array, with the noise-band signal spectrum, loudness level, number of active loudspeakers, and center loudspeaker position as parameters. The signal spectrum and center loudspeaker position affected the image vertical center. Loudness level, and secondarily the signal spectrum, affected the auditory image size. These results, which are consistent with, and extend, previous studies into auditory volume and associations between stimulus frequency and vertical localization, suggest a robust basis for the auditory display of height and size. 1
Listening tests were conducted to examine the influence of source spectrum and loudspeaker azimuth o...
Musical sources were presented to subjects as phantom images from vertically arranged stereophonic l...
3D panning and microphone techniques have become important as new reproduction setups find their way...
The authors have been involved in a series of studies showing that the fundamental frequency of a co...
A series of subjective experiments were conducted to investigate a novel vertical image rendering me...
The research presented in this paper investigates height perception of audio signals that have been ...
Two subjective experiments have been conducted to investigate the effect of vertical interchannel de...
Two studies were conducted on cross-modal matching between pitch and sound source localization on th...
Listening experiments were conducted to investigate the relationship between loudspeaker locations i...
A series of subjective experiments were conducted to investigate a novel vertical image rendering me...
It is well-known that the perception of the position of audio and video stimuli is not independent. ...
To date no experimental data have been presented on the optimum microphone array configuration for n...
In order to capture and reproduce sound all around the listener in a perceptually realistic way, a r...
As a basic study on the influence of the dynamic properties of the audio-visual stimuli upon interac...
3D multichannel audio systems employ additional elevated loudspeakers in order to provide listeners ...
Listening tests were conducted to examine the influence of source spectrum and loudspeaker azimuth o...
Musical sources were presented to subjects as phantom images from vertically arranged stereophonic l...
3D panning and microphone techniques have become important as new reproduction setups find their way...
The authors have been involved in a series of studies showing that the fundamental frequency of a co...
A series of subjective experiments were conducted to investigate a novel vertical image rendering me...
The research presented in this paper investigates height perception of audio signals that have been ...
Two subjective experiments have been conducted to investigate the effect of vertical interchannel de...
Two studies were conducted on cross-modal matching between pitch and sound source localization on th...
Listening experiments were conducted to investigate the relationship between loudspeaker locations i...
A series of subjective experiments were conducted to investigate a novel vertical image rendering me...
It is well-known that the perception of the position of audio and video stimuli is not independent. ...
To date no experimental data have been presented on the optimum microphone array configuration for n...
In order to capture and reproduce sound all around the listener in a perceptually realistic way, a r...
As a basic study on the influence of the dynamic properties of the audio-visual stimuli upon interac...
3D multichannel audio systems employ additional elevated loudspeakers in order to provide listeners ...
Listening tests were conducted to examine the influence of source spectrum and loudspeaker azimuth o...
Musical sources were presented to subjects as phantom images from vertically arranged stereophonic l...
3D panning and microphone techniques have become important as new reproduction setups find their way...