H90-1016 |
processor chips . However , the speech
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recognition search
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requires a large amount of computation
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H90-1003 |
strategy increases the speed of the
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by a factor of 40 with no additional
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H93-1018 |
Another approach to the speech
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recognition search
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problem is to reduce the computation
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H89-1043 |
with word-lattice parsing . The
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recognition search
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space size is an equally significant
|
H89-1042 |
of a grammar to constrain the
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. These conditions are not those
|
H90-1017 |
An important component of the
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is the Rapid Matcher . In the
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H89-1043 |
word lattice as representing the
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recognition search
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space . In word-lattice parsing
|
E09-1085 |
far are committed and the speech
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recognition search
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space is cleared . Note that
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H90-1017 |
recognizer . 2.2 Recognition The
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recognition search
|
to find the most likely sentence
|
H89-1043 |
can be used to reduce the speech
|
recognition search
|
space and therefore improve recognition
|
H90-1017 |
the use of rapid match to reduce
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recognition search
|
was the single most important
|
D12-1070 |
Method Decoding of the speech
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recognition search
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space ASR is performed by T3
|
H91-1016 |
drive the word Izansifions in the
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recognition search
|
rather than a bigram grammar
|
H92-1049 |
search , communicates with the
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recognition search
|
via network sockets . We have
|
H92-1049 |
in a separate process from the
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, communicates with the recognition
|
D12-1070 |
it into a WFST - based speech
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recognition search
|
space to give both resource-poor
|
H91-1052 |
statistical language modeling , and
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|
techniques , as well as adaptation
|
H90-1017 |
rapid match algorithm to reduce
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recognition search
|
space , C code optimization ,
|
H93-1018 |
commonly used algorithms for speech
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recognition search
|
are the time-synchronous beam
|
H93-1042 |
1381-word vocabulary . The progressive
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recognition search
|
\ -LSB- 13 \ -RSB- is a three-pass
|