Abstract
The majority of profile analysis studies have used monotic and diotic stimulus presentation. Use of dichotic stimulus presentation has been limited in profile analysis experiments, with the presentation configuration primarily consisting of the signal component presented to one ear and the nonsignal components presented to the opposite ear [e.g., Bernstein and Green, J. Acoust. Soc. Am. 81, 1888–1895 (1987)]. In general, results obtained in profile analysis experiments using dichotic stimulus presentation have revealed listener performance inferior to that obtained by either monotic or diotic presentation. Profile analysis is investigated by comparing a monotic condition to a dichotic condition. The monotic signal was generated by producing 21 components using equal logarithmic spacing. Level per component was equal in the standard signal. To create the profile, the odd‐numbered components were incremented and the even‐numbered components were decremented. The dichotic signal was created by presenting the...
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