IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS

The results of the developed algorithm of parallel computing program implementation of non-isothermal moisture transfer in natural dispersed environments in the Matlab package are considered. Comparative studies of the computing model performance of contaminants transport by the proposed algorithm a...

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Main Authors: P. K. Shalkevich, S. P. Kundas, I. A. Gishkeluk
Format: Article
Language:Russian
Published: National Academy of Sciences of Belarus, the United Institute of Informatics Problems 2016-10-01
Series:Informatika
Online Access:https://inf.grid.by/jour/article/view/174
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author P. K. Shalkevich
S. P. Kundas
I. A. Gishkeluk
author_facet P. K. Shalkevich
S. P. Kundas
I. A. Gishkeluk
author_sort P. K. Shalkevich
collection DOAJ
description The results of the developed algorithm of parallel computing program implementation of non-isothermal moisture transfer in natural dispersed environments in the Matlab package are considered. Comparative studies of the computing model performance of contaminants transport by the proposed algorithm and use of Matlab at the standard instruction level showed a significant reduction in compu-tation time.
format Article
id doaj-art-2dd593f62e5e4cd7823a6e60af2e4864
institution Kabale University
issn 1816-0301
language Russian
publishDate 2016-10-01
publisher National Academy of Sciences of Belarus, the United Institute of Informatics Problems
record_format Article
series Informatika
spelling doaj-art-2dd593f62e5e4cd7823a6e60af2e48642025-02-03T11:51:50ZrusNational Academy of Sciences of Belarus, the United Institute of Informatics ProblemsInformatika1816-03012016-10-01044451173IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTSP. K. Shalkevich0S. P. Kundas1I. A. Gishkeluk2Международный государственный экологический университет им. А.Д. СахароваБелорусский национальный технический университетМеждународный государственный экологический университет им. А.Д. СахароваThe results of the developed algorithm of parallel computing program implementation of non-isothermal moisture transfer in natural dispersed environments in the Matlab package are considered. Comparative studies of the computing model performance of contaminants transport by the proposed algorithm and use of Matlab at the standard instruction level showed a significant reduction in compu-tation time.https://inf.grid.by/jour/article/view/174
spellingShingle P. K. Shalkevich
S. P. Kundas
I. A. Gishkeluk
IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
Informatika
title IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
title_full IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
title_fullStr IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
title_full_unstemmed IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
title_short IMPLEMENTATION OF THE PARALLEL ALGORITHM OF NONISOTHERMAL HEAT AND MOISTURE MIGRATION TASK SIMULATION IN NATURAL DISPERSE ENVIRONMENTS
title_sort implementation of the parallel algorithm of nonisothermal heat and moisture migration task simulation in natural disperse environments
url https://inf.grid.by/jour/article/view/174
work_keys_str_mv AT pkshalkevich implementationoftheparallelalgorithmofnonisothermalheatandmoisturemigrationtasksimulationinnaturaldisperseenvironments
AT spkundas implementationoftheparallelalgorithmofnonisothermalheatandmoisturemigrationtasksimulationinnaturaldisperseenvironments
AT iagishkeluk implementationoftheparallelalgorithmofnonisothermalheatandmoisturemigrationtasksimulationinnaturaldisperseenvironments