Publication | Closed Access
Estimation of probabilities from sparse data for the language model component of a speech recognizer
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Citations
8
References
1987
Year
EngineeringMachine LearningSpeech RecognizerLanguage Model ComponentSpoken Language ProcessingCorpus LinguisticsText MiningSpeech RecognitionNatural Language ProcessingSparse DataComputational LinguisticsRobust Speech RecognitionVoice RecognitionLanguage StudiesReal-time LanguageMachine TranslationNonlinear Recursive ProcedureNovel TypeComputer ScienceSpeech CommunicationM-gram Language ModelLanguage RecognitionSpeech ProcessingSpeech InputSpeech PerceptionLinguistics
The description of a novel type of m-gram language model is given. The model offers, via a nonlinear recursive procedure, a computation and space efficient solution to the problem of estimating probabilities from sparse data. This solution compares favorably to other proposed methods. While the method has been developed for and successfully implemented in the IBM Real Time Speech Recognizers, its generality makes it applicable in other areas where the problem of estimating probabilities from sparse data arises.
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