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An A* algorithm for very large vocabulary continuous speech recognition

An A* algorithm for very large vocabulary continuous speech recognition

... An A* algorithm for very large vocabulary continuous speech recognition An A* algorithm for very large vocabulary continuous speech recognition I P Kenny, R Hollan 2, G Boulianne, H Garudadri, M Lenni[.] ... See full document

6

A Large Vocabulary Continuous Speech Recognition Algorithm and Its Application to a Multi Modal Telephone Directory Assistance System

A Large Vocabulary Continuous Speech Recognition Algorithm and Its Application to a Multi Modal Telephone Directory Assistance System

... A LARGE VOCABULARY CONTINUOUS SPEECH RECOGNITION ALGORITHM AND ITS APPLICATION TO A MULTI MODAL TELEPHONE DIRECTORY ASSISTANCE SYSTEM A L A R G E V O C A B U L A R Y C O N T I N U O U S S P E E C H R[.] ... See full document

6

A large vocabulary continuous speech recognition system for Persian language

A large vocabulary continuous speech recognition system for Persian language

... all speech recognizers, the performance of the Nevisa degrades in real applications and in the presence of noise ...PC-PMC algorithm takes the advantages of addi- tive noise compensation ability of PMC and ... See full document

12

Development of Indonesian Large Vocabulary Continuous Speech Recognition System within A STAR Project

Development of Indonesian Large Vocabulary Continuous Speech Recognition System within A STAR Project

... Three states were used as the initial HMM for each phoneme. A shared state HMnet topology was then obtained using a successive state splitting (SSS) training algorithm based on the minimum descrip- tion length ... See full document

6

An Empirical Study of Word Error Minimization Approaches for Mandarin Large Vocabulary Continuous Speech Recognition

An Empirical Study of Word Error Minimization Approaches for Mandarin Large Vocabulary Continuous Speech Recognition

... Viterbi algorithm, which has to retain at least N-best search hypotheses at both the HMM (Hidden Markov Model) acoustic model-level and word-level recombination points during the speech decoding ... See full document

22

Modeling Cantonese Pronunciation Variations for Large-Vocabulary Continuous Speech Recognition

Modeling Cantonese Pronunciation Variations for Large-Vocabulary Continuous Speech Recognition

... The PVD includes both context-independent and context-dependent phone changes. Since each word is treated individually, the phonetic context being considered is limited to within the word. To deal with cross-word ... See full document

20

Hardware-Software Codesign of a Large Vocabulary Continuous Speech Recognition system.

Hardware-Software Codesign of a Large Vocabulary Continuous Speech Recognition system.

... based speech recognition [8]: Modern recognition procedure emphasize on HMM based recognition, which has a rich mathematical structure to provide accurate results for a typical large ... See full document

58

Improved Minimum Phone Error based Discriminative Training of Acoustic Models for Mandarin Large Vocabulary Continuous Speech Recognition

Improved Minimum Phone Error based Discriminative Training of Acoustic Models for Mandarin Large Vocabulary Continuous Speech Recognition

... a speech utterance occurring given a word ...a continuous density hidden Markov model (HMM), and the corresponding model parameters can be estimated from a corpus of orthographically transcribed training ... See full document

20

A Generic, Scalable Architecture for a Large Acoustic Model and Large Vocabulary Speech Recognition Accelerator.

A Generic, Scalable Architecture for a Large Acoustic Model and Large Vocabulary Speech Recognition Accelerator.

... entire speech recognition process into four stages, as shown in ...a very limited search space, it allows of use of higher N-grams or possibly target application specific ... See full document

116

Integrating Multi level Linguistic Knowledge with a Unified Framework for Mandarin Speech Recognition

Integrating Multi level Linguistic Knowledge with a Unified Framework for Mandarin Speech Recognition

... Usually, speech recognition systems can only rec- ognize the words within a predefined ...out-of- vocabulary (OOV) words, the performance will de- grade ...from speech, such as phonemes (Bazzi ... See full document

9

A Large-Vocabulary Bilingual Speech Recognition System for Chinese and Japanese Language

A Large-Vocabulary Bilingual Speech Recognition System for Chinese and Japanese Language

8

Large Vocabulary Arabic Continuous Speech Recognition using Tied States
Acoustic Models

Large Vocabulary Arabic Continuous Speech Recognition using Tied States Acoustic Models

... Arabic continuous A command and control system for 30 words was speech recognition systems has gained many of the developed by Hyassat and Zitar (2006) using Sphinx-IV researcher’s interest ...word ... See full document

8

A large vocabulary semantic network for computerised speech recognition

A large vocabulary semantic network for computerised speech recognition

... a very general approach such as the one proposed by Sinclair (Renouf and Sinclair 1991) that classifies the nouns of collocates in the 'a/an noun1 of' framework in classes of 'measurement', 'focus' and ...not ... See full document

10

Hardware for Hidden Markov Model Based, Large Vocabulary Real Time Speech Recognition

Hardware for Hidden Markov Model Based, Large Vocabulary Real Time Speech Recognition

... Hardware for Hidden Markov Model Based, Large Vocabulary Real Time Speech Recognition Hardware for Hidden Markov Model Based, Large Vocabulary Real Time Speech Recognition M W e i n t r a u b , G C h[.] ... See full document

6

Speaker Independent Phonetic Transcription of Fluent Speech for Large Vocabulary Speech Recognition

Speaker Independent Phonetic Transcription of Fluent Speech for Large Vocabulary Speech Recognition

... SPEAKER INDEPENDENT PHONETIC TRANSCRIPTION OF FLUENT SPEECH FOR LARGE VOCABULARY SPEECH RECOGNITION S P E A K E R I N D E P E N D E N T P H O N E T I C T R A N S C R I P T I O N O F F L U E N T S P E[.] ... See full document

6

Recurrent neural network based language model for large vocabulary continuous Tamil language speech recognition system

Recurrent neural network based language model for large vocabulary continuous Tamil language speech recognition system

... The recurrent weights W are updated by unfolding them in time and training the network as a deep feed forward neural network. The process of propagating errors back through the recurrent weights is called back ... See full document

6

Speech Recognition Using Backoff N-Gram Modelling in Android Application

Speech Recognition Using Backoff N-Gram Modelling in Android Application

... A common solution to this embarrassing is “smoothing” over the function of w, P(t|h) for every h, and make those t’s with P(t|h)=0 (i.e., C(ht)=0) a value little larger than 0. An easy and well known method is Laplacian ... See full document

7

Language Identification via Large Vocabulary Speaker Independent Continuous Speech Recognition

Language Identification via Large Vocabulary Speaker Independent Continuous Speech Recognition

... Language Identification via Large Vocabulary Speaker Independent Continuous Speech Recognition Language Identification via Large Vocabulary Speaker Independent Continuous Speech Recognition Steve Lowe[.] ... See full document

5

Issues in developing LVCSR System for Dravidian Languages: An Exhaustive Case Study for Tamil

Issues in developing LVCSR System for Dravidian Languages: An Exhaustive Case Study for Tamil

... the large vocabulary (65k) when there are no OOV ...of large open vocabulary continuous speech ...open vocabulary with the existence of ...medium, large and ... See full document

7

The Design  Of An Albanian Large Vocabulary Continuous Speech Recognition System

The Design Of An Albanian Large Vocabulary Continuous Speech Recognition System

... a large number of people, but so far too few acoustic resources (speech data bases) and linguistic resources (text corpuses) were acquired in order to develop an unconstrained continuous ... See full document

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