Noun:

বিধেয় কলনবিদ্যা,

predicate calculus's Usage Examples:

known as predicate logic, quantificational logic, and first-order predicate calculus—is a collection of formal systems used in mathematics, philosophy.

In logic, the monadic predicate calculus (also called monadic first-order logic) is the fragment of first-order logic in which all relation symbols in.

representations allow one to use the tools of classical first-order predicate calculus even for statements which, due to their use of tense, modality, adverbial.

not perceived (or defined) as belonging to the vocabulary of the predicate calculus, then they are predicate metavariables, whereas the rest of the predicate.

relation to types of functional equations, or in logic for systems of predicate calculus.

a database schema plays the same role as the notion of theory in predicate calculus.

invented by Gottlob Frege, who also invented predicate calculus, in 1879 as part of his second-order predicate calculus (although Charles Peirce was the first.

epsilon substitution method are typically applied to a first-order predicate calculus, followed by a showing of consistency.

the same relationship to object-oriented programming as classical predicate calculus stands to relational database programming.

We work with first-order predicate calculus.

A predicate calculus will usually include all the same rules as a propositional calculus.

System L is a predicate calculus with equality, so its description can be separated into two parts:.

First-order predicate calculus Monadic predicate calculus Flew, Antony (1984), A Dictionary of Philosophy: Revised.

Using modern predicate calculus, we quickly discover that the statement is ambiguous.

In 1922 Behmann proved that the monadic predicate calculus is decidable.

developed artificial languages, for example sentential calculus and predicate calculus, partly with the purpose of revealing the underlying logic of natural-language.

Synonyms:

quantification; mathematical logic; formal logic; functional calculus; symbolic logic;

Antonyms:

misconstruction; lack;