Publikationsansicht

Models of Pitch Perception. (1998)

Abstract
Two pitch perception modeling algorithms are described. The first algorithm models periodicity pitch perception, and the second algorithm models place pitch perception. The two models are now applied to various psychoacoustic stimuli. Both periodicity and place models yield results that are in general agreement with psychoacoustic measurements for the missing fundamental and for inharmonic stimuli. The place algorithm proved to be a better approximation than periodicity for processing comb-filtered noise. Periodicity was more successful for periodic pulse train stimuli.

Details der Publikation
Mitarbeiter MASSACHUSETTS INST OF TECH LEXINGTON LINCOLN LAB
Archiv Defense Technical Information Center OAI-PMH Repository (United States)
Keywords ACOUSTICS, HUMAN FACTORS ENGINEERING & MAN MACHINE SYSTEM, , ACOUSTICS, AGREEMENTS, ALGORITHMS, HEARING, MEASUREMENT, MODELS, PERIODIC VARIATIONS, PSYCHOACOUSTICS, PULSE TRAINS, SIGNAL PROCESSING, STIMULI, DIGITAL SIMULATION, NOISE(SOUND)., Pitch, Auditory physiology, Computer modeling and simulation, Pitch Detection, Acoustics, Hearing, Signal processing algorithms Pitch perception, Psychoacoustics, Acoustic/digital signal processing, Comb filters, *Audio perception, *Pitch(Sound).
Sprache eng