The Reduction of Vertical Interchannel Crosstalk: The Analysis of Localization Thresholds for Musical Sources

The Reduction of Vertical Interchannel Crosstalk: The Analysis of Localization Thresholds for Musical Sources

Musical sources were presented to subjects as phantom images from vertically arranged stereophonic loudspeakers. Loudspeakers were arranged in two layers: "main" and "height." Subjects reduced the amplitude of the height layer until the resultant phantom image matched the positio...

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description Musical sources were presented to subjects as phantom images from vertically arranged stereophonic loudspeakers. Loudspeakers were arranged in two layers: "main" and "height." Subjects reduced the amplitude of the height layer until the resultant phantom image matched the position of the same source presented from the lower loudspeaker alone; this was referred to as the "localization threshold." Delays ranging from 0-10 ms were applied to the height layer. The localization threshold was only significantly affected by the ICTD. The median threshold for 0 ms was -9.5 dB, which was significantly lower than the -7 dB found for the stimuli in which the height layer was delayed. No evidence was found to support the existence of the precedence effect in the median plane.
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Loudspeakers were arranged in two layers: "main" and "height." Subjects reduced the amplitude of the height layer until the resultant phantom image matched the position of the same source presented from the lower loudspeaker alone; this was referred to as the "localization threshold." Delays ranging from 0-10 ms were applied to the height layer. The localization threshold was only significantly affected by the ICTD. The median threshold for 0 ms was -9.5 dB, which was significantly lower than the -7 dB found for the stimuli in which the height layer was delayed. No evidence was found to support the existence of the precedence effect in the median plane.</abstract></addata></record>
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title The Reduction of Vertical Interchannel Crosstalk: The Analysis of Localization Thresholds for Musical Sources
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