C80-1066 |
more complex functions , like
|
pattern-matching
|
in tree manipulating systems
|
C80-1020 |
metaphorical interpretation is a kind of
|
pattern-matching
|
process which is based on a semantically
|
C90-3088 |
Looks up the partition rules by
|
pattern-matching
|
with unification . . If the resultant
|
D10-1054 |
of these phrases is ignored for
|
pattern-matching
|
of hierarchical rules . Analogously
|
C96-2121 |
representing any possible word .
|
Pattern-matching
|
with do n't care symbols has
|
C96-2121 |
that the prototype is a tree and
|
pattern-matching
|
is performed on trees . The overall
|
A94-1019 |
parser . Our method contrasts with
|
pattern-matching
|
techniques by offering an expressive
|
C92-4204 |
therefore preferred to simple
|
pattern-matching
|
based techniques ( Zweigenbaum
|
A97-2018 |
incorporates a language-independent C++
|
pattern-matching
|
engine along with the language-specific
|
C80-1026 |
representation , combined with ACTG 's
|
pattern-matching
|
capability , allows the statement
|
C88-1019 |
has simple and general pnrpose
|
pattern-matching
|
capabilities , designing it as
|
C80-1063 |
a rule is checked not only by
|
pattern-matching
|
but also by user-defined checking
|
C96-2201 |
, sentences are segmented via
|
pattern-matching
|
, before they are sent to the
|
A83-1005 |
data ` case , and an effective
|
pattern-matching
|
for the selection of search approaches
|
C94-1015 |
inserted in an input string for
|
pattern-matching
|
. The marker is extracted \ -LSB-
|
C80-1053 |
first permit a refinement to the
|
pattern-matching
|
procedures to facilitate the
|
C86-1112 |
search proceeds linearly as for
|
pattern-matching
|
. On the other hand . the overhead
|
C02-2017 |
utterance has been performed in the
|
pattern-matching
|
and the searchword-extraction
|
C88-1019 |
are declared separately from the
|
pattern-matching
|
parser , the system is incremental
|
C92-4216 |
patterns , recognized through a
|
pattern-matching
|
procedure , are found in the
|