C94-1022 |
by the more general notion of
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constraint solving
|
. Constraint solvers may be embedded
|
C00-2087 |
problem is given by the paradigm of
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constraint solving
|
. Parsing a phrase can be regarded
|
C90-2033 |
information of the verbs . By using the
|
constraint solving
|
techniques , efficiency can be
|
E95-1023 |
and terminating deterministic
|
constraint solving
|
procedure is given . Deterministic
|
C94-1075 |
involves a stack mechanism , and
|
constraint solving
|
results in a constraint . The
|
E95-1023 |
feature formalism ) itself . 5
|
Constraint Solving
|
We are now ready to consider
|
E95-1023 |
constraints are in normal form if no
|
constraint solving
|
rules are applicable to it .
|
C94-1072 |
parser classes using different
|
constraint solving
|
mechanisms or different , parser
|
C04-1191 |
categories of unknown words using
|
constraint solving
|
over the properties of the known
|
C90-2033 |
an efficient way 4 . If passive
|
constraint solving
|
techniques are used , then how
|
E95-1023 |
where G ranges over g , 3g ) . The
|
constraint solving
|
rules given in figure 2 deal
|
E95-1023 |
in figure 1 and figure 2 . The
|
constraint solving
|
rules given in figure 1 deal
|
E91-1030 |
order logics . From Unification to
|
Constraint Solving
|
We will first show how to extend
|
C94-1075 |
etc. . By the way , remark that
|
constraint solving
|
can be hidden within the solver
|
C90-2033 |
executed effi - ciently ? Active
|
constraint solving
|
is equivalent to fold/unfold
|
C90-2033 |
Category , X , Y ) . If active
|
constraint solving
|
techniques are applied to the
|
E95-1023 |
following sections we show that our
|
constraint solving
|
rules are sound and every clash
|
E95-1023 |
any set of constraints . If a
|
constraint solving
|
rule transforms C8 to C ' 8 then
|
C94-1075 |
non-determinism . Third , the
|
constraint solving
|
, used by 1 ) oth eomi ) ilation
|
C90-2033 |
constraints are unsolved . As active
|
constraint solving
|
transforms constraints inde -
|