W02-1809 |
experiments to see how Pinyin
|
name resolution
|
can affect effectiveness . A
|
J11-1003 |
types to anonymous nodes via the
|
name resolution
|
algorithm ( stage 1 ) . The BCPO
|
W04-1201 |
post-processing modules ( cascaded entity
|
name resolution
|
and abbreviation resolution )
|
W04-0704 |
named entities , then it is a
|
name resolution
|
problem . An information extraction
|
N06-1025 |
suffice , i.e. pronoun and common
|
name resolution
|
. While the results given by
|
P06-1019 |
dealing with one property : 1 .
|
Name resolution
|
: assigning types to anonymous
|
W04-1201 |
modules , namely cascaded entity
|
name resolution
|
and abbreviation resolution ,
|
P06-1019 |
given an arbitrary type . The
|
name resolution
|
algorithm iterates as long as
|
J11-1003 |
given an arbitrary type . The
|
name resolution
|
algorithm iterates as long as
|
N07-4016 |
to solve the key challenges of
|
name resolution
|
and disambiguation . Users rarely
|
J11-1003 |
Imp = Exp = 0 The input to the
|
name resolution
|
algorithm is a signature module
|
J11-1003 |
deals with one property : 1 .
|
Name resolution
|
: This algorithm assigns types
|
W04-1201 |
shows that the cascaded entity
|
name resolution
|
and the abbreviation resolution
|
W02-1809 |
demonstrates that our approach to Pinyin
|
name resolution
|
can work , but we need more queries
|
W02-1008 |
same coreference chain . Proper
|
name resolution
|
, on the other hand , may be
|
W04-1201 |
test data . For cascaded entity
|
name resolution
|
, an average of 59 and 97 rules
|
W02-1809 |
alleviate these errors . 3 Pinyin
|
Name Resolution
|
Once candidate names for a Pinyin
|
P06-1019 |
information . The goal of the
|
name resolution
|
procedure is to assign a type
|
W04-0701 |
Abstract Multi-document person
|
name resolution
|
focuses on the problem of determining
|
W03-0110 |
gazetteers from the GazDB at different
|
name resolutions
|
. 3.4 Language information The
|