Providing feedback on pronunciation errors in computer assisted language learning systems requires that pronunciation errors be detected automatically. In the present study we compare four types of classifiers that can be used for this purpose: two acoustic-phonetic classifiers (one of which employs linear-discriminant analysis (LDA)), a classifier based on cepstral coefficients in combination with LDA, and one based on confidence measures (the so-called Goodness Of Pronunciation scores). The best results were obtained for the two LDA classifiers which produced accuracy levels of abou
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
The areas of mispronunciation detection (or accent detection more specifically) within the speec...
In this project, common tonal and phonetic pronunciation errors of Mandarin Chinese made by second l...
Providing feedback on pronunciation errors in computer assisted language learning systems requires t...
One of the biggest challenges in designing computer assisted language learning (CALL) applications t...
In this paper, we present an acoustic-phonetic approach to automatic pronunciation error detection. ...
In this paper, we present an acoustic-phonetic approach to automatic pronunciation error detection....
Error pattern detection is very helpful in Computer-Aided Pronunciation Training (CAPT). This paper ...
Automatic Speech Recognition (ASR) can be very useful in language learning tools in order to correct...
The authors address the question whether phonological features can be used effectively in an automat...
An automatic system for detection of pronunciation errors by adult learners of English is embedded i...
Abstract Computer-aided pronunciation training (CAPT) technologies enable the use of automatic speec...
Computer Assisted Pronunciation Training systems have become popular tools to train on second langua...
Pronunciations for words are a critical component in an automated speech recognition system (ASR) as...
The Nasa Yuwe language has 32 oral and nasal vowels thereby leading to one being used instead of the...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
The areas of mispronunciation detection (or accent detection more specifically) within the speec...
In this project, common tonal and phonetic pronunciation errors of Mandarin Chinese made by second l...
Providing feedback on pronunciation errors in computer assisted language learning systems requires t...
One of the biggest challenges in designing computer assisted language learning (CALL) applications t...
In this paper, we present an acoustic-phonetic approach to automatic pronunciation error detection. ...
In this paper, we present an acoustic-phonetic approach to automatic pronunciation error detection....
Error pattern detection is very helpful in Computer-Aided Pronunciation Training (CAPT). This paper ...
Automatic Speech Recognition (ASR) can be very useful in language learning tools in order to correct...
The authors address the question whether phonological features can be used effectively in an automat...
An automatic system for detection of pronunciation errors by adult learners of English is embedded i...
Abstract Computer-aided pronunciation training (CAPT) technologies enable the use of automatic speec...
Computer Assisted Pronunciation Training systems have become popular tools to train on second langua...
Pronunciations for words are a critical component in an automated speech recognition system (ASR) as...
The Nasa Yuwe language has 32 oral and nasal vowels thereby leading to one being used instead of the...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
The areas of mispronunciation detection (or accent detection more specifically) within the speec...
In this project, common tonal and phonetic pronunciation errors of Mandarin Chinese made by second l...