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sparseness in automatically learned
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phonotactic automata
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. 4 Examples The integrated approach
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allows users to build their own
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phonotactic automata
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. Users input node values and
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multilingual phonotactic resources ,
|
phonotactic automata
|
for different languages must
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technique is described in which
|
phonotactic automata
|
are acquired automatically given
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W02-1714 |
enables users to construct their own
|
phonotactic automata
|
for any language by means of
|
W04-0104 |
the segment tape of the learned
|
phonotactic automata
|
can be augmented with additional
|
W04-0104 |
applied to the problem of inferring
|
phonotactic automata
|
is described in detail elsewhere
|
W02-1714 |
from English and on developing
|
phonotactic automata
|
and phonological lexicons for
|
W02-1714 |
on the contexts defined by the
|
phonotactic automata
|
. <title> SALT : An XML Application
|
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an XML representation for our
|
phonotactic automata
|
is that XML enables us to specify
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W04-0104 |
. Since manual construction of
|
phonotactic automata
|
is time consuming and laborious
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W04-0104 |
a fully manual construction of
|
phonotactic automata
|
whereby they are rapidly acquired
|
W02-1714 |
synthesis and lexicon development .
|
Phonotactic automata
|
and multilinear representations
|
W04-0104 |
different languages must be produced .
|
Phonotactic automata
|
for German and English have already
|
W04-0104 |
) . How - ever , by combining
|
phonotactic automata
|
with a typed feature classification
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W04-0104 |
automaton . 2 Automatic Acquisition of
|
Phonotactic Automata
|
The approach described in this
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detail in the following section . 3
|
Phonotactic Automata
|
and Typed Feature Structures
|