![]() The newer procedures afford some facility and are better designed, but the underlying concept remains the same. These include filtered speech tests, compressed speech tests, and speech-in-noise tests that are becoming routinely used. In some cases electrophysiologic measures are critical, but the development in this area hasn't been quite as fast as we had predicted it would be. The Monaural Low Redundancy speech tests are possibly the oldest and the most ubiquitous tests. Electrophysiologic procedures can be of value, although they are not in routine use at this stage of auditory processing evaluations. Then we have the procedures in the second column of Figure 1. These are the tests we'll discuss today.ĭichotic listening tests are also valuable, as are Binaural Interaction tasks, such as masking level differences, various kinds of localization tasks, spatial tasks and others. Most people would agree that temporal processing procedures are important in evaluating the auditory system. I believe conducting tests of temporal processing is one of the most important procedures we should do. Temporal processing tests are listed in the blue circle in the upper left. The ones on the left side are the procedures that I think give you the most information from a practical standpoint and also from a research standpoint. It is also the latter that will be focused on today.įigure 1 shows the categories in which we'll find most of the central auditory tests that are available today.įigure 1. There is both a peripheral and a central influence to temporal processing, more the latter as tasks get more complex. ![]() Temporal processing plays an even bigger role in more sophisticated listening tasks. Temporal processing is important to everything we do as audiologists in terms of measuring hearing and responses to various kinds of acoustic stimuli. Most sounds, of course, are acoustic events. Temporal processing refers to the perception of time alteration or influence on an audible acoustic event(s). Discuss clinical uses of Gaps in Noise procedures.Outline clinical uses of auditory pattern perception procedures.Describe the various types of auditory temporal processing.Learning OutcomesĪfter this course, participants will be able to: This course was created for learning and educational purposes, and not for research purposes. As the content was created for and intended for a webinar format, interested readers are encouraged to view the original webinar. This text course is not an original manuscript - it is a lightly edited transcript of a GSI webinar on AudiologyOnline.
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