JOURNAL ARTICLE

Continuous phonetic speech recognition

John MakhoulRichard SchwartzYen-Lu ChowOwen KimballS. RoucosM. Krasner

Year: 1984 Journal:   The Journal of the Acoustical Society of America Vol: 76 (S1)Pages: S46-S46   Publisher: Acoustical Society of America

Abstract

We report on research to develop an automatic phonetic recognition system for continuous speech. The system is based on a hidden Markov model (HMM) representation of phonemes in context. That is, the model parameters depend on the left and fight phonetic contexts for each phoneme. The HMM structure is the same for all phonemes, but the model parameter values are different for different phonemes and different contexts. Automatic training procedures are used to adjust the model parameters, using a given set of training speech data. A major focus of our work is to maximize the robustness of the phonetic models given a limited set of training data. An initial system is now operational. Results of phonetic recognition accuracy in continuous speech will be presented. [Work supported by ARPA and monitored by ONR.]

Keywords:
Hidden Markov model Computer science Speech recognition Robustness (evolution) Training set Focus (optics) Set (abstract data type) Context (archaeology) Artificial intelligence Acoustic model Representation (politics) Speech processing Natural language processing

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Topics

Speech Recognition and Synthesis
Physical Sciences →  Computer Science →  Artificial Intelligence

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