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Objective Audiometry

The Journal of the Acoustical Society of America, 1966
It has been suggested [W. D. Keidel and M. Spreng, “Neurophysiological Evidence for the Stevens Power Function in Man,” J. Acoust. Soc. Am. 38, 191–195 (1965)] that human evoked cortical responses to acoustic stimuli have properties that can be related directly to the sensation of loudness.
W, Tempest, M E, Bryan
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Immitance Audiometry

Primary Care: Clinics in Office Practice, 1990
Immitance audiometry is a safe, simple, reliable, and relatively objective method of determining middle-ear function that provides advantages for examining the difficult patient because minimal cooperation is needed. Acoustic-immitance measurements obtain sophisticated data that give us valuable information about the middle ear mechanism as a whole. It
J E, Sutherland, K, Campbell
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AUDIOMETRY IN INDUSTRY

The Annals of Occupational Hygiene, 1994
Pure tone audiometry is the most common method of screening for hearing loss. The test itself is straightforward and the equipment readily available, so it forms part of the hearing conservation programmes of many industries. Whilst the test itself is straightforward, because of individual variability in response, interpretation of the results may be ...
D, McBride, I, Calvert
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Respiration Audiometry

International Journal of Audiology, 1977
Since 1971 an impedance-plethysmographic method was been used to record changes in the breathing pattern of 218 high-risk infants during acoustic stimulation. The results of this technique, known as respiration audiometry, show that acoustically induced changes in the breathing pattern can be used as a hearing test for very young children.
A, Kankkunen, G, Lidén
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Computer Audiometry

Journal of Speech and Hearing Research, 1974
The realistic use of the unique capabilities of a computer to develop audiometric procedures that complement the human limitations of the audiologist has greater implications for audiology than does duplicating the audiologist with a computer as a labor-saving device.
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Impedance Audiometry

Annals of Otology, Rhinology & Laryngology, 1980
After a review of the development of acoustic impedance measurements, the principles of tympanometry, static compliance and measurements of the middle ear reflexes are described. The interpretation of tympanometry is done by analyzing three essential features: pressure, amplitude and shape.
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Computer-Assisted Audiometry Versus Manual Audiometry

Otology & Neurotology, 2009
The Otogram is an automated computer-assisted audiometer that allows patients to self-administer audiometry for their pure-tone audiogram. There has been no research published in a peer-reviewed journal, validating its use in an otology outpatient clinic.
Allan Thiam Poh, Ho   +2 more
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Speech Audiometry

Otolaryngologic Clinics of North America, 1978
Two aspects of speech audiometry, namely, the speech reception threshold and the speech discrimination scores, have been discussed in the light of their development and present day administration. Evidence was presented to forego the concept of phonetic balance in discrimination test messages for the preferable attributes of familiarity and equated ...
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Pure Tone Audiometry and Speech Audiometry

2021
Considering the scope of practice of SLTs, as set out by the Royal College of Speech and Language Therapists, this chapter provides a general introduction to pure tone audiometry and speech audiometry for clinicians with practical guidance. According to the pure tone audiometry testing procedure recommended by the British Society of Audiology, the ...
Fei Zhao, Robert Mayr
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Conventional Audiometry Versus Cochlear Microphone Audiometry

Acta Otorrinolaringologica (English Edition), 2007
The recording and processing of cochlear microphone potentials in hearing studies is currently in the definitive validation phase against results obtained with other objective procedures. The purpose of this work is to contribute to its validation.The equipment used was exclusively designed for recording cochlear microphone potentials.
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