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Original Article

Thresholds for Linear Frequency Ramps of A Continuous Pure Tone

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Pages 317-327 | Received 04 May 1976, Published online: 08 Jul 2009

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Read on this site (5)

Stig Arlinger & Håkan Dryselius. (1990) Speech Recognition in Noise, Temporal and Spectral Resolution in Normal and Impaired Hearing. Acta Oto-Laryngologica 109:sup469, pages 30-37.
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L. B. Jerlvall, S. D. Arlinger & E. C. Holmgren. (1978) Thresholds for Linear Amplitude Change of a Continuous Pure Tone. Scandinavian Audiology 7:4, pages 207-215.
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Stig Arlinger. (1977) Auditory processing of frequency ramps. Audiology 16:6, pages 480-486.
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S. D. Arlinger, L. B. Jerlvall, T. Ahrén & E. C. Holmgren. (1977) Discrimination of Frequency Ramps in Subjects with Cochlear Hearing Loss. Acta Oto-Laryngologica 83:1-6, pages 310-316.
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S. D. Arlinger, L. B. Jerlvall, T. Ahrén & E. C. Holmgren. (1977) Slow Evoked Cortical Responses to Linear Frequency Ramps in Subjects With Cochlear Lesions. Acta Oto-Laryngologica 84:1-6, pages 213-219.
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Articles from other publishers (15)

Jana Van Canneyt, Jan Wouters & Tom Francart. (2020) From modulated noise to natural speech: The effect of stimulus parameters on the envelope following response. Hearing Research 393, pages 107993.
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Curtis J. Billings, William J. Bologna, Ramesh Kumar Muralimanohar, Brandon M. Madsen & Michelle R. Molis. (2019) Frequency following responses to tone glides: Effects of frequency extent, direction, and electrode montage. Hearing Research 375, pages 25-33.
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Gavin M. Bidelman. (2018) Subcortical sources dominate the neuroelectric auditory frequency-following response to speech. NeuroImage 175, pages 56-69.
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Karolina Dajos-Krawczyńska. (2020) Auditory discrimination of frequency, intensity and duration – theoretical basis – a review. Nowa Audiofonologia 5:1, pages 30-38.
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Gavin M. Bidelman. (2015) Sensitivity of the cortical pitch onset response to height, time-variance, and directionality of dynamic pitch. Neuroscience Letters 603, pages 89-93.
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Hongbin Chen & Fan-Gang Zeng. (2004) Frequency modulation detection in cochlear implant subjects. The Journal of the Acoustical Society of America 116:4, pages 2269-2277.
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Aleksander Sek & Brian C. J. Moore. (1999) Discrimination of frequency steps linked by glides of various durations. The Journal of the Acoustical Society of America 106:1, pages 351-359.
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E Buss, J.W HallIIIIII, J.H Grose & D.R Hatch. (1998) Perceptual consequences of peripheral hearing loss: do edge effects exist for abrupt cochlear lesions?. Hearing Research 125:1-2, pages 98-108.
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John P. Madden & Kevin M. Fire. (1997) Detection and discrimination of frequency glides as a function of direction, duration, frequency span, and center frequency. The Journal of the Acoustical Society of America 102:5, pages 2920-2924.
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William C. Stebbins & David B. Moody. 1994. Comparative Hearing: Mammals. Comparative Hearing: Mammals 97 133 .
L.L. Elliott, M.A. Hammer & T. Carrell. 1992. Auditory Physiology and Perception. Auditory Physiology and Perception 345 351 .
Lois L. Elliotf, Michael A. Hammer & Thomas Carrell. (1991) Discrimination of second-formant-like frequency transitions. Perception & Psychophysics 50:1, pages 1-6.
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H. Wedel. (1982) Cortical evoked potentials in response to brief modulation of signal amplitudeKortikal evozierte Potentiale bei kurzzeitiger Modulation der Signalamplitude. Archives of Oto-Rhino-Laryngology 234:3, pages 235-243.
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H. Wedel. (1981) Kortikal evozierte Potentiale bei kurzzeitiger Ver�nderung der interauralen LaufzeitCortical potentials evoked by short lasting changes of interaural-time-difference. Archives of Oto-Rhino-Laryngology 231:2-3, pages 554-559.
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M. Kohn, K. Lifshitz & D. Litchfield. (1980) Average evoked potentials and amplitude modulation. Electroencephalography and Clinical Neurophysiology 50:1-2, pages 134-140.
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