quantifier algebra
quantifier form
quantifier rule
quantifier-free
quantifier-free calculus
quantifier-free formula
quantifier-free inference
quantifier-free sentence
quantifiers elimination theorem
Большой англо-русский словарь:
quantifier
имя существительное
1)
лингвистика
квантификатор
Quantifiers
2)
математика
квантор
Англо-русский научно-технический словарь:
quantifier
квантор || кванторный
-
choice quantifier
-
doubly bounded quantifier
-
dummy quantifier
-
function quantifier
-
fuzzy quantifier
-
generalized quantifier
-
hyperarithmetical quantifier
-
implicational quantifier
-
logical quantifier
-
notchless quantifier
-
numerical quantifier
-
pure quantifier
-
recursively bounded quantifier
-
relativizing quantifier
-
restricted quantifier
-
statistical quantifier
-
typical quantifier
-
unbounded quantifier
-
unrestricted quantifier
-
vacuous quantifier
Англо-русский политехнический словарь:
quantifier
1) квантор
2) квантификатор
-
existential quantifier
-
generality quantifier
Merriam-Webster's Collegiate Dictionary:
quantifier
noun
Date:
1876
one that quantifies: as
a.
a prefixed operator that binds the variables in a logical formula by specifying their quantity
b.
a limiting
noun
modifier (as
five
in “the five young men”) expressive of quantity and characterized by occurrence before the descriptive adjectives in a
noun
phrase
Free On-line Dictionary of Computing:
quantifier
An operator in
predicate logic
specifying for which
values of a variable a formula is true. Universally
quantified means "for all values" (written with an inverted A,
LaTeX
\forall) and existentially quantified means "there
exists some value" (written with a reversed E,
LaTeX
\exists). To be unambiguous, the set to which the values of
the variable belong should be specified, though this is often
omitted when it is clear from the context (the "universe of
discourse"). E.g.
Forall x . P(x) <=> not (Exists x . not P(x))
meaning that any x (in some unspecified set) has property P
which is equivalent to saying that there does not exist any x
which does not have the property.
If a variable is not quantified then it is a
free variable
.
In
logic programming
this usually means that it is actually
universally quantified.
See also first order logic.
(2002-05-21)