A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized Input

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Citation: Smadar Shiffman and William M. Detmer and Christopher D. Lane and Lawrence M. Fagan. (1994) A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized Input. In , 1994.

Publication techreport ( Edit )
type Technical Report
bibtype techreport
Bibtex basics
author Smadar Shiffman and William M. Detmer and Christopher D. Lane and Lawrence M. Fagan
title A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized Input
number KSL-94-45
institution Knowledge Systems, AI Laboratory
year 1994
Bibtex more
note Updated February 1995.
Access Paper
abstract Our objective was to build a speech interface for use with a medical decision-support application. We used a commercially available speech-recognition system to obtain textual representations of input utterances and we generated grammars to supply the anticipated utterances for the recognition system. We designed the interface to identify controlled vocabulary terms from grammatical and ungrammatical textual transcriptions of utterances. Our method included two steps: translation of the controlled vocabulary terms and textual representations of input utterances into keyword-based canonical forms, and matching canonical forms of input utterances to canonical forms of the controlled vocabulary terms. Evaluation of the speech interface indicated that this matching approach increased the identification of terms from misrecognized utterances.

KSL Technical Report ID: KSL-94-45
Facts about A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized InputRDF feed
Abstract Our objective was to build a speech interf … Our objective was to build a speech interface for use with a medical decision-support application. We used a commercially available speech-recognition system to obtain textual representations of input utterances and we generated grammars to supply the anticipated utterances for the recognition system. We designed the interface to identify controlled vocabulary terms from grammatical and ungrammatical textual transcriptions of utterances. Our method included two steps: translation of the controlled vocabulary terms and textual representations of input utterances into keyword-based canonical forms, and matching canonical forms of input utterances to canonical forms of the controlled vocabulary terms. Evaluation of the speech interface indicated that this matching approach increased the identification of terms from misrecognized utterances. on of terms from misrecognized utterances.
Author Smadar Shiffman and William M. Detmer and Christopher D. Lane and Lawrence M. Fagan  +
Bibtype techreport  +
Has author Smadar Shiffman and William M. Detmer and Christopher D. Lane and Lawrence M. Fagan  +
Has identifier KSL-94-45  +
Has publishing details 1994  +
Has title A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized Input  +
Has year 1994  +
Institution Knowledge Systems, AI Laboratory  +
Ksl tr id KSL-94-45  +
Note Updated February 1995.  +
Number KSL-94-45  +
Process note YES  +
Title A Continuous-Speech Interface to a Decision-Support System: I. Techniques to Accommodate for Misrecognized Input  +
Year 1994  +
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