H93-1017 efficiently implemented , even for large vocabulary recognition systems . That is , the extra
H92-1079 official results . <title> Large Vocabulary Recognition of Wall Street Journal Sentences
D10-1045 as an upper bound of what large vocabulary recognition can provide for this task . n-gram
H01-1059 retained as target tasks : small vocabulary recognition ( TI-digits ) , goal-oriented
H91-1010 of states required in a large vocabulary recognition system . The improved duration
H90-1061 accurate implementation of a large vocabulary recognition system . The resulting recognizer
H90-1039 to improve performance on large vocabulary recognition tasks \ -LSB- 2 , 7 \ -RSB- .
H90-1073 review of the INRS work with large vocabulary recognition for isolated English using HMM
H01-1059 three commonly used tasks : small vocabulary recognition ( TI-digits ) , read and spontaneous
H01-1059 summarized in Table 1 . For the small vocabulary recognition task , experiments are carried
H89-2039 characterizing the PLU 's used in large vocabulary recognition ( LVR ) . The set of context
H93-1023 recognizer . Moreover , with large vocabulary recognition , the list of keywords is no
H89-2039 recognition performance for large vocabulary recognition tasks , i.e. no one has achieved
H93-1079 We have shown that , for large vocabulary recognition , a speaker-independent system
H94-1080 Pass Decoder Design For Large Vocabulary Recognition </title> J J Odell V Valtchev
H89-2039 6 \ -RSB- , most current large vocabulary recognition systems have the goal of performing
H93-1015 program has graduated from medium vocabulary recognition problems like Resource Management
H92-1083 6 \ -RSB- ) , and other small vocabulary recognition tasks . This paper describes
H90-1061 IMPLEMENTATION ASPECTS OF LARGE VOCABULARY RECOGNITION BASED ON INTRAWORD AND INTERWORD
H90-1061 IMPLEMENTATION ASPECTS OF LARGE VOCABULARY RECOGNITION BASED ON INTRAWORD AND INTERWORD
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