Standard

Algorithmic Decidability of Computer Program-Function Language Properties. / Kosovskiy, N.

в: International Journal on Information Theory and Applications, Том 20, № 2, 2013, стр. 131–136.

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Harvard

Kosovskiy, N 2013, 'Algorithmic Decidability of Computer Program-Function Language Properties', International Journal on Information Theory and Applications, Том. 20, № 2, стр. 131–136. <http://www.foibg.com/ijita/vol20/ijita20-02-p04.pdf>

APA

Vancouver

Kosovskiy N. Algorithmic Decidability of Computer Program-Function Language Properties. International Journal on Information Theory and Applications. 2013;20(2):131–136.

Author

Kosovskiy, N. / Algorithmic Decidability of Computer Program-Function Language Properties. в: International Journal on Information Theory and Applications. 2013 ; Том 20, № 2. стр. 131–136.

BibTeX

@article{ce49db825a714243977ff0bb24a245ec,
title = "Algorithmic Decidability of Computer Program-Function Language Properties",
abstract = ": A mathematical notion of a computer program-function for some programming languages (in particular, for some versions of Pascal and Turbo/Visual Prolog) is introduced as a restriction of an algorithm class FP. Such a notion is useful for more adequate formalization of finite memory of computer intended for a program run. Complexity of logic-mathematical properties proof of such program-functions is investigated. A predicate language is introduced to formulate such a partial program properties. P-SPACE-completeness of elementary theories under a finite signature based on such a kind of functions with the use of halting predicate and predicates of conditional equality and conditional inequalities. This allows to use the first order language for description of logic-mathematical properties of computer program-functions by extension of the used program-functions by means of a special additional value in the case of infinite looping of a program-function. In many cases it allows to replace traditional mathema",
keywords = "programming languages, computer program-function, complexity classes FP, FP-SPACE.",
author = "N. Kosovskiy",
year = "2013",
language = "English",
volume = "20",
pages = "131–136",
journal = "International Journal on Information Theory and Applications",
issn = "1310-0513",
number = "2",

}

RIS

TY - JOUR

T1 - Algorithmic Decidability of Computer Program-Function Language Properties

AU - Kosovskiy, N.

PY - 2013

Y1 - 2013

N2 - : A mathematical notion of a computer program-function for some programming languages (in particular, for some versions of Pascal and Turbo/Visual Prolog) is introduced as a restriction of an algorithm class FP. Such a notion is useful for more adequate formalization of finite memory of computer intended for a program run. Complexity of logic-mathematical properties proof of such program-functions is investigated. A predicate language is introduced to formulate such a partial program properties. P-SPACE-completeness of elementary theories under a finite signature based on such a kind of functions with the use of halting predicate and predicates of conditional equality and conditional inequalities. This allows to use the first order language for description of logic-mathematical properties of computer program-functions by extension of the used program-functions by means of a special additional value in the case of infinite looping of a program-function. In many cases it allows to replace traditional mathema

AB - : A mathematical notion of a computer program-function for some programming languages (in particular, for some versions of Pascal and Turbo/Visual Prolog) is introduced as a restriction of an algorithm class FP. Such a notion is useful for more adequate formalization of finite memory of computer intended for a program run. Complexity of logic-mathematical properties proof of such program-functions is investigated. A predicate language is introduced to formulate such a partial program properties. P-SPACE-completeness of elementary theories under a finite signature based on such a kind of functions with the use of halting predicate and predicates of conditional equality and conditional inequalities. This allows to use the first order language for description of logic-mathematical properties of computer program-functions by extension of the used program-functions by means of a special additional value in the case of infinite looping of a program-function. In many cases it allows to replace traditional mathema

KW - programming languages

KW - computer program-function

KW - complexity classes FP

KW - FP-SPACE.

M3 - Article

VL - 20

SP - 131

EP - 136

JO - International Journal on Information Theory and Applications

JF - International Journal on Information Theory and Applications

SN - 1310-0513

IS - 2

ER -

ID: 5639577