Abstract
The slight difference between the pitch of complex tone and the pitch of a pure tone with the same (fundamental) frequency was examined. This approach is based on the assumption that pitch perception is based on both spatial and temporal cue analysis. The values provided by the temporal cue are calculated from physiological data from the auditory nerve fibers. The possible ratios of the pitch of complex tones relative to the pitch of pure tones at various frequencies are predicted. Human psychophysical experimental results strongly support this prediction. This psychophysical effect is not based upon a mutual masking effect in the spatial domain.

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