Presentation 2004/3/19
A study of frequency dependency by distance perception using phase shift auditory distance control method
Satoshi KUWATA, Yasushige NAKAYAMA, Kaoru WATANABE, Hideo SHIBAYAMA,
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Abstract(in English) This paper reports the assessment results of frequency dependency of perceptual sound distance using a phase shift auditory distance control method. Kurozumi et. al. have been reported that if the phase difference between left and right audio signals is controlled from 0 degree to 180 degree, the perceptual distance of sound image is changed from front to the back of the head. We performed several subjective assessments to examine the distance perception of octave band noise. As the results of the left and right loudspeaker reproduction in anechoic room, it was found that distance perceived by the phase shift distance control method has frequency dependency, and that distance perceived for 1000Hz or more octave band noise is not significantly different even if the phase difference is controlled. On one hand the results of the headphone reproduction are different from the above results of the loudspeaker reproduction.
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Keyword(in English) phase shift of audio signals / distance perception / subjective assessment / frequency dependency
Paper # EA2003-158
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Committee EA
Conference Date 2004/3/19(1days)
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Registration To Engineering Acoustics (EA)
Language JPN
Title (in Japanese) (See Japanese page)
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Title (in English) A study of frequency dependency by distance perception using phase shift auditory distance control method
Sub Title (in English)
Keyword(1) phase shift of audio signals
Keyword(2) distance perception
Keyword(3) subjective assessment
Keyword(4) frequency dependency
1st Author's Name Satoshi KUWATA
1st Author's Affiliation R&D Division, Shibaura Institute of Tecnology()
2nd Author's Name Yasushige NAKAYAMA
2nd Author's Affiliation Advanced Audio and Video Coding, NHK STRL
3rd Author's Name Kaoru WATANABE
3rd Author's Affiliation Advanced Audio and Video Coding, NHK STRL
4th Author's Name Hideo SHIBAYAMA
4th Author's Affiliation R&D Division, Shibaura Institute of Tecnology
Date 2004/3/19
Paper # EA2003-158
Volume (vol) vol.103
Number (no) 748
Page pp.pp.-
#Pages 6
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