P10-1140 |
relatively coarse segments the text
|
tiling algorithm
|
provides sufficient to identify
|
P10-1140 |
domain heuris - tics . The text
|
tiling algorithm
|
divides the text into coherent
|
C96-2129 |
error is the main obstacle to
|
tile algorithm
|
's recall . A typical manifestation
|
C90-2053 |
them into one process . However ,
|
tile algorithm
|
needs a synchronization that
|
P10-1140 |
divided into segments using the text
|
tiling algorithm
|
. Let -LSB- segs , seg2 , ...
|
C00-2135 |
to 100 and 2 respectively . As
|
tile algorithm
|
proceeds , f , u ~ is adjusted
|
W02-1033 |
from the inability of our n-gram
|
tiling algorithm
|
to build up the full string necessary
|
W02-1033 |
Because of the effectiveness of our
|
tiling algorithm
|
over large amounts of data ,
|
W02-1033 |
Finally , we applied an answer
|
tiling algorithm
|
, which both merges similar answers
|
C92-4185 |
each path equiv - alence . Thus ,
|
tile algorithm
|
is always expensive for path
|
C00-1049 |
a tightly integrated manner .
|
Tile algorithm
|
falls ill to the following broad
|
C96-1005 |
the coverage and precision of
|
tile algorithm
|
at the file level might be even
|
C92-2103 |
creation of the final structure
|
tile algorithm
|
works bottonl-Ill ) , 2 Motivation
|
C00-1026 |
supplemented from the Chilin . 3.2
|
Tile algorithm
|
for morphological analysis The
|
C94-1071 |
appears when one looks at how
|
tile algorithm
|
ApplyTransdueer performs . In
|
C92-2066 |
is randomly assigned and then
|
tile algorithm
|
will re-estimate tbese probabilities
|
C94-1091 |
1,1 this section , wc describe
|
tile algorithm
|
used for extraction of Noun Classifier
|
P98-2174 |
the possible translations . The
|
tiling algorithm
|
selects the best of these translations
|
C94-2150 |
it . cart be seen l \ -LSB- rom
|
tile algorithm
|
that the unrestricted grammar
|
C94-2116 |
expression , " take place " . Tim way
|
tile algorithm
|
learns is tmiquc . The key to
|