Results 181 to 190 of about 17,447,037 (205)
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Aging and discrimination of interaural time differences
The Journal of the Acoustical Society of America, 1991Discrimination of interaural time differences (ITDs) was compared between ten younger adults (18–24 years) and ten older adults (66–80 years, with normal or near-normal hearing). Both the mean thresholds and standard deviations for older adults were elevated approximately fourfold compared to the younger subjects.
Daniel Ashmead +3 more
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The problem of different interaural time differences at different frequencies
The Journal of the Acoustical Society of America, 1981Recent research reveals that the interaural time difference produced by a sound source located off the median plane of the body is not frequency independent. The problem this poses for the auditory nervous system is discussed.
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Effects of the frequency of interaural time difference in the human brain
NeuroReport, 2006The two cues to the horizontal location sound sources are interaural time differences and interaural level differences. For low-frequency tones, interaural time differences provide effective and unambiguous information. For higher frequency sounds, however, interaural time differences provide ambiguous cues. In order to evaluate the effect of frequency
Yoshiharu, Soeta, Seiji, Nakagawa
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Interaural Intensity and Time Differences in Anechoic and Reverberant Rooms
Journal of Speech and Hearing Research, 1967The purpose of this investigation was to describe the physical characteristics of an artificial head and to determine the interaural time and intensity changes which occurred at selected azimuths. Measurements were conducted in a reflection free environment and in controlled reverberation conditions.
D, Kirks, J P, Moncur
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1992
Two main mechanisms are known to be involved in the binaural spatial hearing in terrestrial mammals: interaural intensity difference (IID) and interaural time-delay (ITD): see reviews of Erulkar (1972) and Blauert (1983). Aquatic mammals, particularly dolphins, are known to have a high ability for spatial sound localization (Renaud and Popper, 1975 ...
Vladimir V. Popov, Alexander Ya. Supin
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Two main mechanisms are known to be involved in the binaural spatial hearing in terrestrial mammals: interaural intensity difference (IID) and interaural time-delay (ITD): see reviews of Erulkar (1972) and Blauert (1983). Aquatic mammals, particularly dolphins, are known to have a high ability for spatial sound localization (Renaud and Popper, 1975 ...
Vladimir V. Popov, Alexander Ya. Supin
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Interaural Time Difference Prediction Using Anthropometric Interaural Distance
Journal of the Audio Engineering Society, 2022Jaan Johansson +3 more
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Learning to discriminate interaural time differences [PDF]
, 2006 Three experiments were undertaken on learning to discriminate ‘ongoing’ ITD at low and high frequencies, the latter using amplitude-modulated tones. In Experiment 1, ability improved substantially with training using high-frequency stimuli associated with fused or unfused percepts. This was in apparent contrast with the findings of the previous study
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