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#SIMPLE DELAY HAAS EFFECT FULL#
It is probably only through the combined efforts of these fields that a full theory of precedence will evolve and useful models will be developed. The purpose of this review is to provide a framework within which to describe the effects of precedence and to help in the integration of data from both psychophysical and physiological experiments. Fifth, a number of psychophysical models are described which illustrate fundamentally different approaches and have distinct advantages and disadvantages. Fourth, recent physiological measurements that might be helpful in providing a fuller understanding of precedence effects are reviewed. Third measurements in several animal species, developmental changes in humans, and animal studies are described. Second, buildup of precedence and breakdown of precedence are discussed. First, it begins with a review of recent work on psychoacoustics, which divides the phenomena into measurements of fusion, localization dominance, and discrimination suppression. This article is divided into five major sections. The “precedence effect” refers to a group of phenomena that are thought to be involved in resolving competition for perception and localization between a direct sound and a reflection. Although the direct sound is followed by multiple reflections, which would be audible in isolation, the first-arriving wavefront dominates many aspects of perception. In a reverberant environment, sounds reach the ears through several paths.