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Constraint-Based Pitch-Cycle Identification Using a Hybrid Temporal/Spectral Method

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Identification of glottal pulses in speech signals allows pitch synchronization during speech coding and recognition. Some applications do not require real time operation, for example automated annotation of speech corpora for use as databases in Text-To-Speech systems. This paper describes a multi-pass, constraints-based method of generating pitch cycle markers for voiced sections of continuous speech. Examples are given that compare the performance of this automated system with other candidate algorithms and pulse identifications made using throat microphone signals.

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AES - Audio Engineering Society