H91-1021 |
T 's . The SUMMIT system is a
|
speaker-independent continuous speech recognition
|
system developed at the MIT Laboratory
|
H91-1015 |
Management systems . DECIPHER is a
|
speaker-independent continuous speech recognition
|
system based on hidden Markov
|
H90-1063 |
performance of the Sphinx system for
|
speaker-independent continuous speech recognition
|
. The recognition error rate
|
H89-1016 |
that accurate large-vocabulary
|
speaker-independent continuous speech recognition
|
is feasible . We report recognition
|
W97-0613 |
Background Currently , the best
|
speaker-independent continuous speech recognition
|
( SR ) is orders of magnitude
|
J89-4008 |
feasibility of accurate large-vocabulary
|
speaker-independent continuous speech recognition
|
. SPHINX is based on four important
|
H91-1054 |
BASELINE SYSTEM Large-vocabulary
|
speaker-independent continuous speech recognition
|
has made significant progress
|
H92-1034 |
not only significantly improve
|
speaker-independent continuous speech recognition
|
but also have a novel application
|
H93-1042 |
version of SRI 's DE - CIPHER ( TM )
|
speaker-independent continuous speech recognition
|
system \ -LSB- 12 \ -RSB- . It
|
W97-0603 |
dialogue systems ( SLDSs ) using
|
speaker-independent continuous speech recognition
|
were just around the corner ,
|
W14-4807 |
the term ` very-large-vocabulary
|
speaker-independent continuous speech recognition
|
' . Based on these observations
|
H93-1074 |
-LSB- 2 \ -RSB- and is capable of
|
speaker-independent continuous speech recognition
|
. The subject interacted with
|
H92-1034 |
reduced the word error rate for
|
speaker-independent continuous speech recognition
|
but also demonstrated a novel
|
H89-2038 |
used here for large.vocabulary
|
speaker-independent continuous speech recognition
|
in the techn , ques employed
|
H94-1077 |
proposed a very-large-vocabulary
|
speaker-independent continuous speech recognition
|
algorithm and applied it to a
|
W97-0607 |
least , be greatly lessened .
|
Speaker-independent continuous speech recognition
|
technology is now available ,
|
H90-1063 |
Improved Hidden Markov Modeling for
|
Speaker-Independent Continuous Speech Recognition
|
Xuedong Huang , Fil Alleva ,
|
H89-2038 |
support . <title> Large-Vocabulary
|
Speaker-Independent Continuous Speech Recognition
|
with Semi.Continuous Hidden Markov
|
H89-2038 |
12 \ -RSB- . In the t000-word
|
speaker-independent continuous speech recognition
|
task using word-pair grammar
|
W97-0409 |
used is the SPHINX II HMM-based
|
speaker-independent continuous speech recognition
|
system ( Huang et al. , 1992
|