Results 161 to 170 of about 34,859 (199)
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Acta Oto-Laryngologica, 1960
Binaural interaction is discussed by comparing the mon- and binaural speech audiograms. It appears to be possible to distinguish between two types of perceptive deafness. If the binaural speech audiogram is steeper (roughly by a factor 2) than the monaural curves, the deficiency is located anywhere between cochlea and superior olivary nucleus.
J J, GROEN, A C, HELLEMA
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Binaural interaction is discussed by comparing the mon- and binaural speech audiograms. It appears to be possible to distinguish between two types of perceptive deafness. If the binaural speech audiogram is steeper (roughly by a factor 2) than the monaural curves, the deficiency is located anywhere between cochlea and superior olivary nucleus.
J J, GROEN, A C, HELLEMA
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The Journal of the Acoustical Society of America, 1981
The Huggins pitch effect is created by dichotic broadband noise with interaural phase varying from 0 to 2π over a narrow frequency region. The sensation of pitch, corresponding to the frequency of the phase shift region, is usually understood as the result of a binaural differencing operation. We report here a pitch effect created by dichotic broadband
M A, Klein, W M, Hartmann
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The Huggins pitch effect is created by dichotic broadband noise with interaural phase varying from 0 to 2π over a narrow frequency region. The sensation of pitch, corresponding to the frequency of the phase shift region, is usually understood as the result of a binaural differencing operation. We report here a pitch effect created by dichotic broadband
M A, Klein, W M, Hartmann
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Binaural Speech Discrimination
International Journal of Audiology, 1976The phenomenon of binaural summation in which the addition of signals presented to the two ears simultaneously takes place at a central level, has been known for many years. It is reasonable to assume that the pattern of summation differs between subjects with central lesions and those with lesions in the peripheral auditory tracts.
F J, van Zyl, V J, Brasier
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The Journal of the Acoustical Society of America, 2007
A survey of data on the perception of binaurally presented sounds indicates that loudness summation across ears is less than perfect; a diotic sound is less than twice as loud as the same sound presented monaurally. The loudness model proposed by Moore et al. [J. Audio Eng. Soc.
Brian C J, Moore, Brian R, Glasberg
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A survey of data on the perception of binaurally presented sounds indicates that loudness summation across ears is less than perfect; a diotic sound is less than twice as loud as the same sound presented monaurally. The loudness model proposed by Moore et al. [J. Audio Eng. Soc.
Brian C J, Moore, Brian R, Glasberg
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The Journal of the Acoustical Society of America, 1991
Modulation thresholds were measured in three subjects for a sinusoidalloy amplitude-modulated (SAM) wideband noise (the signal) in the presence of a second amplitude-modulated wideband noise (the masker). In monaural conditions (Mm-Sm) masker and signal were presented to only one ear; in binaural conditions (M0-Sπ) the masker was presented diotically ...
D W, Grantham, S P, Bacon
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Modulation thresholds were measured in three subjects for a sinusoidalloy amplitude-modulated (SAM) wideband noise (the signal) in the presence of a second amplitude-modulated wideband noise (the masker). In monaural conditions (Mm-Sm) masker and signal were presented to only one ear; in binaural conditions (M0-Sπ) the masker was presented diotically ...
D W, Grantham, S P, Bacon
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Binaural Model Based Adaptive Binaural Noise Reduction
2006 Fortieth Asilomar Conference on Signals, Systems and Computers, 2006This paper presents an efficient binaural noise reduction scheme built upon the integration of adaptive noise cancellation technique with the perceptual binaural model. In particular, an intermittent ANC is utilized to cancel the noise during the speech pauses detected by a simplified binaural model, which shows an improved VAD detection performance ...
Hesu Huang, Chris Kyriakakis
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Archives of Oto-Rhino-Laryngology, 1985
Binaural beats have been investigated in normal volunteers using high-stable synthesizers. There are considerable differences between the subjective rhythm heard and the difference of the two frequencies, indicating that this dissimilarity must be caused centrally.
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Binaural beats have been investigated in normal volunteers using high-stable synthesizers. There are considerable differences between the subjective rhythm heard and the difference of the two frequencies, indicating that this dissimilarity must be caused centrally.
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Binaural Masking Level Difference in Human Binaural Interaction Components
Ear and Hearing, 1998The purpose of this study was to compare the effects of monaural and binaural broadband masking noise on binaural interaction components (BICs) of the human auditory brain stem evoked potentials (ABEPs).The BICs of the human ABEPs were studied by subtracting the potentials to binaural clicks from the algebraic sum of monaurally evoked potentials to ...
A, Polyakov, H, Pratt
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Binaural amplitude discrimination and the binaural masking-level difference
Hearing Research, 1991Under certain conditions, amplitude discrimination is not a monotonic increasing function of signal-to-noise ratio. The non-monotonicity arises when the tones to be discriminated are presented 180 degrees out-of-phase at the observer's ears and just above their detection 'threshold' in noise that is in-phase at the observer's ears, and with 2-6-dB ...
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2013
Diese Diplomarbeit befasst sich mit dem psychoakustischen Phänomen: binaural Beats. Dabei handelt es sich um Schwebungen, die entstehen, wenn beiden Ohren separat zwei Töne vorgespielt werden, deren Frequenzen sich leicht unterscheiden. Binaurale Beats entstehen in der Folge durch die Interaktion der Nervensignale der Hörbahn.
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Diese Diplomarbeit befasst sich mit dem psychoakustischen Phänomen: binaural Beats. Dabei handelt es sich um Schwebungen, die entstehen, wenn beiden Ohren separat zwei Töne vorgespielt werden, deren Frequenzen sich leicht unterscheiden. Binaurale Beats entstehen in der Folge durch die Interaktion der Nervensignale der Hörbahn.
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