C02-2014 |
seems promising for continuous
|
recognition systems
|
. Its main advantage is the ease
|
C00-2158 |
reduce the error rate of speech
|
recognition systems
|
used by professional translators
|
A00-2014 |
compared to most current speech
|
recognition systems
|
. The CDG parser parses the word
|
C82-1026 |
I might cause quite different
|
recognition systems
|
for the same task . The main
|
C02-2014 |
to be integrated with existing
|
recognition systems
|
. Conclusion This paper has introduced
|
A00-1012 |
transcriptions produced by automatic speech
|
recognition systems
|
. An experiment which determines
|
C88-1035 |
important problem in all speech
|
recognition systems
|
is the inherent uncertainty associated
|
C73-2031 |
account when constructing automatic
|
recognition systems
|
. The position words in German
|
C00-2158 |
using current offthe-shelf speech
|
recognition systems
|
is that these systems have high
|
C92-4199 |
rite others are specific to name
|
recognition systems
|
only . 1 . Two-character names
|
C88-1071 |
English . 1 Introduction Speech
|
recognition systems
|
consist of two components . An
|
A00-1040 |
state-of-the-art named entity
|
recognition systems
|
. However , we then show that
|
C88-1071 |
NATURAL LANGUAGE Abstract Speech
|
recognition systems
|
incorporate a language model
|
C80-1070 |
programming . i. Introduction Speech
|
recognition systems
|
can be classified according to
|
C02-2014 |
Recognition Assistant supports existing
|
recognition systems
|
rather than replacing them .
|
A83-1030 |
, and modestly priced , speech
|
recognition systems
|
are on the market and in use
|
C04-1110 |
Difficulties arise because speech
|
recognition systems
|
are not perfect . Therefore ,
|
C02-2014 |
developed to communicate with existing
|
recognition systems
|
. An example for the dialogue
|
C82-1026 |
cases . That means , an ` optimal
|
recognition systems
|
' can not be defined without
|
C02-2003 |
commercially available speech
|
recognition systems
|
, we found that for a vocabulary
|