A system for the automatic recognition of bilabial /m/ and alveolar /n/ in vowel-consonant-vowel utterances extracted from continuous speech is presented. It is based on a syntactic pattern recognition approach and the use of fuzzy relations for evaluating phonemic hypotheses. The knowledge source, based on very simple transition networks with associated simple semantic rules, is inferred from experiments. Results obtained for four male speakers are presented together with an acoustic-phonetic motivation of the approach used. These show how accounting for coarticulation effects gives substantially better performances than previous approaches
An exploratory implementation of a syllable—based recognizer is described. Continuous speech is firs...
This paper describes nasal consonant discrimination based on vowel independent features; murmur and ...
In continuous speech, the identification of phonemes requires the ability to extract features that a...
A system for the automatic recognition of bilabial /m/ and alveolar /n/ in vowel-consonant-vowel utt...
The paper describes the implementation of a Speech Understanding System(SUS) component which emits h...
A model for assigning phonetic and phonemic labels to speech segments is presented. The system execu...
This paper studies the dual aspects of speech recognition and synthesis using the consonant-vowel sp...
This paper presents a simple and easy-to-use method of creating a time-varying signal of the degree ...
We propose a model for recognition of utterances of consonant-vowel (CV) units. The acoustic-phoneti...
Speech is produced mainly in continuous streams containing several words. Listeners can use the tran...
This paper argues that neural networks are good vehicles for automatic speech recognition not simply...
We study the problem of classifying stop and nasal consonants in continuous speech independently of ...
Although much is known about the linguistic function of vowel nasality, either contrastive (as in Fr...
ABSTRACT—Speech is produced mainly in continuous streams containing several words. Listeners can use...
Speech recognition has become common in many application domains. Incorporating acoustic-phonetic kn...
An exploratory implementation of a syllable—based recognizer is described. Continuous speech is firs...
This paper describes nasal consonant discrimination based on vowel independent features; murmur and ...
In continuous speech, the identification of phonemes requires the ability to extract features that a...
A system for the automatic recognition of bilabial /m/ and alveolar /n/ in vowel-consonant-vowel utt...
The paper describes the implementation of a Speech Understanding System(SUS) component which emits h...
A model for assigning phonetic and phonemic labels to speech segments is presented. The system execu...
This paper studies the dual aspects of speech recognition and synthesis using the consonant-vowel sp...
This paper presents a simple and easy-to-use method of creating a time-varying signal of the degree ...
We propose a model for recognition of utterances of consonant-vowel (CV) units. The acoustic-phoneti...
Speech is produced mainly in continuous streams containing several words. Listeners can use the tran...
This paper argues that neural networks are good vehicles for automatic speech recognition not simply...
We study the problem of classifying stop and nasal consonants in continuous speech independently of ...
Although much is known about the linguistic function of vowel nasality, either contrastive (as in Fr...
ABSTRACT—Speech is produced mainly in continuous streams containing several words. Listeners can use...
Speech recognition has become common in many application domains. Incorporating acoustic-phonetic kn...
An exploratory implementation of a syllable—based recognizer is described. Continuous speech is firs...
This paper describes nasal consonant discrimination based on vowel independent features; murmur and ...
In continuous speech, the identification of phonemes requires the ability to extract features that a...