• Ешқандай Нәтиже Табылған Жоқ



Academic year: 2023



Толық мәтін


Al-Farabi Kazakh National University Institute of Computational Technologies of SB RAS National Engineering Academy of the Republic of Kazakhstan

High Performance Computing Centre in Stuttgart University of Pristina in Kosovska Mitrovica

Abu Dhabi University

Novosibirsk National Research State University Novosibirsk State Technical University

Siberian State University of Telecommunications and Information Sciences Institute of Information and Computational Technologies


International Conference

"Computational and Informational Technologies in Science, Engineering and Education"

2015, Almaty, Kazakhstan



Editorial Board

Editor-in-Chief: G.M. Mutanov

Yu.I. Shokin, B.T. Zhumagulov, T.S. Ramazanov, M.A. Bektemesov, M.N. Kalimoldaev, A.M. Fedotov, G.S. Khakimzyanov, D.Zh. Ahmed-Zaki, A.B. Kydyrbekuly,

D.V. Esipov, G.M. Dairbayeva, E.I. Imangaliev

Abstracts of the International Conference ”Computational and Informational Technologies in Science, Engineering and Education” (September 24-27, 2015). – Almaty: Қазақ университетi, 2015. – 296 p.

ISBN 978-601-04-1389-4

The book contains abstracts of the participants of the International Conference

"Computational and Informational Technologies in Science, Engineering and Ed- ucation". The proceeding of the Conference will be beneficial for specialists in the field of Mathematics and its applications, as well as for students, undergraduates, doctoral students majoring Computational and Informational Technologies.

ISBN 978-601-04-1389-4 al-Farabi KazNU, 2015c



Dedicated to the bright memory of the Kazakh outstanding scientist, doctor of physical and mathematical sciences, professor, laureate of the State Prize of the Republic of Kazakhstan in science and technology Nargozy Tursinbae- vich Danaev, the specialist of computational hydrodynamics, who made a great contribu- tion into the development of mathematics in Kazakhstan, talented organizer and teacher.


International Scientific and Practical Conference "Computational and Informa- tion Technologies in Science, Engineering and Education" has a long and rich tradition and has been regularly held since 2002.

Historically, the conference was organized in close cooperation between Russian and Kazakh scientists and the general area of discussion was the most advanced achievements in the field of computational technology.

Later it expanded the geography of the conference and now it is attended by leading scientists from Europe, the USA, Japan, India, Turkey, etc.

The purpose of the conference is dissemination of new knowledge and scientific advances among the participants. A special feature of this conference is to involve young scientists and an assessment of their scientific achievements through the interaction of the leading scientific schools of the two countries. Participating in the CITech formed a whole galaxy of a new generation of young scientists that are currently conducting serious research work.

In different years CITech was held in Almaty (2002, 2004, 2008, 2015), Pavlodar (2006) and Ust-Kamenogorsk (2003, 2013). Personal friendship of scientists from the Novosibirsk Scientific school with prof. Smagulov Sh., Danaev N., Shokin Yu., Monakhov N., Zhumagulov B. and many others has played an important role in the formation of stable traditions for organizing and conducting CITech.

Unfortunately, some of them are no longer among us, but we will always remember their contribution to science and education and keep their unforgettable image in our hearts.

The proceeding of the Conference will be beneficial for specialists in the field of Mathematics and its applications, as well as for students, undergraduates, doctoral students majoring Computational and Informational Technologies.

Organizing Committee



Programme Committee Co-chairmans

Nargozy Danaev Al-Farabi Kazakh National University Kazakhstan Michael Resch High Performance Computing Center in


Germany Yuri Shokin Institute of Computational Technologies of SB



Programme Committee Members

Ualikhan Abdibekov H.A. Yassawe International Kazakh-Turkish University


Haydar Akca Abu Dhabi University UAE

Fikrat Aliev Institute of Applied Mathematics, Baku State University

Azerbaijan Stanislav Antontsev CMAF, University of Lisbon Portugal Mirsaid Aripov National University of Uzbekistan Uzbekistan Sergei Bautin Urals State University of Railway Transport Russia Thomas Bonisch High Performance Computing Center in



Igor Bychkov ISDCT of SB RAS Russia

Sergei Cherny Institute of Computational Technologies of SB RAS

Russia Boris Chetverushkin Keldysh Institute of Applied Mathematics of


Russia Vladimir Danilov Moscow State Institute of Electronics and


Russia Petkovic Dojcin University of Pristina in Kosovska Mitrovica Serbia

Bo Einarsson Linkoping University Sweden

Mikhail Fedoruk Novosibirsk State University Russia Anatoly Fedotov Institute of Computational Technologies of SB



Peyman Givi University of Pittsburgh USA

Andreas Griewank Institut fuer Mathematik, Humboldt- Universitaet


Wagdi George Habashi McGill University Canada

Koichi Hayashi Aoyama Gakuin University Japan

Valeri Iliyn Novosibirsk State Technical University Russia Simon Jayaraj National Institute of Technology Calicut India Amanbek Jaynakov Kyrgyz State Technical University after

I. Razzakov

Kyrgyzstan Christophe Josserand Institute Jean Le Rond D’Alembert France

Sergey Kabanikhin ICMMG of SB RAS Russia

Tynysbek Kal’menov Institute of Mathematics and Mathematical Modeling

Kazakhstan Maksat Kalimoldayev Institute of Information and Computational


Kazakhstan Aidarkhan Kaltayev Al-Farabi Kazakh National University Kazakhstan

Shoshana Kamin University of Tel-Aviv Israel

Robert Janos Kersner University of Pecs Hungry

Stanislav Kharin Kazakh-British Technical University Kazakhstan



Programme Committee Members

Egon Krause RWTH Aachen University Germany

Matthias Meinke Institute of Aerodynamics, RTWH Aachen University

Germany Anvarbek Meirmanov Kazakh-British Technical University Kazakhstan Wolfgan Merkle Heidelberg University, IMCS Germany Srecko Milacic University of Pristina in Kosovska Mitrovica Serbia Hranislav Milosevic University of Pristina in Kosovska Mitrovica Serbia Gradimir Milovanovic Mathematical Institute SASA Serbia Vladimir Moskvichev SKTB «Nauka» KSC of SB RAS Russia Galimkair Mutanov Al-Farabi Kazakh National University Kazakhstan

Arsic Nebojsa University of Pristina Serbia

Mukhtarbaj Otelbaev Kazakhstan Branch of Lomonosov Moscow State University

Kazakhstan Vadim Potapov Institute of Computational Technologies SB


Russia Oleg Potaturkin Institute of Automation and Electrometry SB


Russia Alexander Prokopenya Warsaw University of Life Sciences Poland Karl Roesner Darmstadt University of Technology Germany Boris Ryabko Siberian State University of Telecommunica-

tions and

Russia Information Sciences

Wolfgang Schroder RTWH Aachen University Germany

Vladimir Shaidurov Institute of Computational Modelling SB RAS Russia Nina Shokina High Performance Computing Center in



Sergei Smagin Computer Center FEB RAS Russia

Viktor Soifer Korolev Samara State Aerospace University Russia Alexander

Stempkovsky Institute for Design Problems in Microelec- tronics RAS

Russia Nurlan Temirbekov D. Serikbayev East-Kazakhstan State Techni-

cal University


Sergei Turitsyn Aston university Great


Lian-Ping Wang University of Delaware USA

Ziyaviddin Yuldashev National University of Uzbekistan named by after

Uzbekistan Mirza Ulugbek

Yuri Zaharov Kemerovo State University Russia

Oleg Zhizhimov Institute of Computational Technologies SB RAS

Russia Bakhytzhan

Zhumagulov National Engineering Academy of RK Kazakhstan



Organizing Committee Chairman

Galimkair Mutanov Al-Farabi Kazakh National University Kazakhstan Organizing Committee Vice-chairmen

Nargozy Danaev Al-Farabi Kazakh National University Kazakhstan Maksat Kalimoldayev Institute of Informational and Computational


Kazakhstan Tlekkabul Ramazanov Al-Farabi Kazakh National Uuniversity Kazakhstan

Organizing Committee Secretaries

Denis Esipov Institute of Computational Technologies of SB RAS

Russia Lyazzat Dairbayeva Al-Farabi Kazakh National University Kazakhstan

Organizing Committee Members

Abugamul Abdibekov Al-Farabi Kazakh National University Kazakhstan Darkhan Akhmed-Zaki Al-Farabi Kazakh National University Kazakhstan Timur Bakibayev Al-Farabi Kazakh National University Kazakhstan Maktagali Bektemesov Al-Farabi Kazakh National University Kazakhstan Ernar Imangaliev Al-Farabi Kazakh National University Kazakhstan Baltabek Kanguzhin Al-Farabi Kazakh National University Kazakhstan Almatbek Kidirbekuly Al-Farabi Kazakh National University Kazakhstan Saltanbek Muhambet-


Al-Farabi Kazakh National University Kazakhstan Ludmila Onishenko Institute of Information and Computational


Kazakhstan Baydaulet Urmashev Al-Farabi Kazakh National University Kazakhstan Irina Vaseva Institute of Computational Technologies SB


Russia Dauren Zhakebaev Al-Farabi Kazakh National University Kazakhstan Farkhad Yakhiyayev Al-Farabi Kazakh National University Kazakhstan


Section 1.




High performance computing 33

A. Yu. Pyrkova - Al-Farabi Kazakh National University, Almaty, Kaza- khstan, email: Anna.Pyrkova@kaznu.kz, A. T. Ivashchenko - Al-Farabi Kazakh National University, Almaty, Kazakhstan, email: Anatoli.Ivashenko@kaznu.kzand O. A. Berillo - Al-Farabi Kazakh National University, Almaty, Kazakhstan, email:


Parallelization of algorithm of prediction of miRNA binding sites in mRNA on the cluster computing platform

After opening of an important role of microRNA (miRNA) in regulation of an expression of genes the problem of a prediction of binding sites of miRNA with matrixRNA (mRNA) has arisen. Some programs which predicted binding sites of miRNA were created. However many of them had unreasonable restrictions for search of binding sites. Earlier it was claimed that binding sites are localized only in 3’UTR. It was established later that binding sites are localized in 5’UTR and CDS. Other programs were based on identification of binding sites with the obligatory requirement to have complementary interactions of a guanine (G) and an adenine (A) in a site of ”seed” which corresponds 5’-end of miRNA. Many such programs predicted a large number of false positive sites and did not allow revealing the binding sites located in 5’UTR and CDS. On this and other reasons it is inexact the beginning of binding sites was established and incorrectly schemes of interaction of miRNA with mRNA were formed. Now, in a genome of the human more than 2500 miRNAs are known and it is necessary for each of them to find target genes among 30 thousand genes of the human. Large volume of calculations demands creation of the program, allowing processing these huge data files. We created the MirTarget program which has no shortcomings given above and with big reliability finds binding sites of miRNA with mRNA.

During the research by authors the following results were received: the math- ematical model of optimum process of scanning of genes and miRNA sequences is developed; the algorithm of scanning of genes with miRNA with one gap in miRNA and maximum (in a percentage ratio) free energy is developed and ana- lyzed at coincidence of miRNA and a gene site on the basis of complementarity properties; the constructed algorithm of scanning of genes with miRNA is par- allelized on the computational cluster with use of MPJ tools - the MirTarget program; the assessment of overall performance of the parallelized algorithm on the cluster computing platform with consecutive algorithm is performed when processing large volumes of data; the developed program was used for performing researches by search of binding sites of miRNA with matrix RNA (mRNA).


[1] Lesk, A.M.,Introduction to Bioinformatics, Oxford University Press, Oxford (2002).

[2] Jones, N.C., Pevzner, P.A., An Introduction to Bioinformatics Algorithms, Massachusetts Institute of Technology Press, Massachusetts (2004).




Editorial Board 2

Preface 3


D. Akhmed-Zaki,Information system for oil recovery analysis 8 A.V. Avdeev, Intel software for solving research and industrial problems:

Modern trends of high performance computing 8

I.V. Bychkov, G.M. Ruzhnikov, A.S. Shumilov, I.A. Sidorov, R.K. Fedorov, V.P. Potapov, Technologies of heterogeneous programming systems integration in the informational computing environment of mathematical

modeling and data analysis 9

A. Griewank, A. Walther, T. Bosse, T. Munson, Nonsmooth Numercis via

Piecewise Linearization 10

S. Jayaraj, Modeling and Simulation of Fluid Flow and Mixing in Micro

Channels Using Immersed Boundary Method 12

C. Josserand,Numerical simulation of multiphase flows 14 S. Kabanikhin, M. Bektemesov, M. Shishlenin, The size of the domain of measurements is the regularization parameter in continuation problem 15 A. Meirmanov, Macroscopic Mathematical Models of Physical Processes in

Porous Media via Microstructure 16

B. Ryabko, N. Savina, Optimization of the Internet search based on laws

of information theory and psychology 16

S. Sammak, A.G. Nouri, N. Ansari, P. Givi, Quantum Computing and Its

Potential for Turbulence Simulations 19

N.Y. Shaparev, Modeling of Absorption and Transfer of Radiation in an

Expanding Sphere 19

Н.Д. Беляев, Н.А. Гейдаров, Ю.Н. Захаров, В.В. Лебедев, И.С. Нуднер, К.К. Семёнов, Численное и экспериментальное исследование размыва грунта у основания платформ гравитационного типа 21 О.И. Потатуркин, С.М. Борзов, Спектрально-пространственная

классификация типов подстилающей поверхности по

гиперспектральным данным дистанционного зондирования Земли 22 Г.С. Хакимзянов, Н.Ю. Шокина, О некоторых проблемах численного моделирования поверхностных волн в рамках модели мелкой воды 23



Section 1. HIGH PERFORMANCE COMPUTING 25 D. Akhmedov, S. Yelubayev, T. Bopeyev, D. Muratov, A. Baidaliyev,

Development of control and diagnostic system of cluster hybrid computing

system 26

I. Bychkov, S. Kochemazov, M. Manzyuk, I. Otpuschennikov, M. Posypkin, A. Semenov, O. Zaikin, Solving Hard SAT Instances in Volunteer

Computing Project SAT@home 27

B.S. Daribaev, B.A. Urmashev, High-performance mobile computing of

heat convection problems 27

D. Karavaev, B. Glinsky, V. Kovalevsky,Scalable parallel algorithm for 3D seismic simulation on clusters with Intel Xeon Phi coprocessors 29 M.Zh. Mukimbekov, Zh.B. Baitulenov, M.T. Nakibayeva, About one

problem of oil production 30

M.Zh. Mukimbekov, Zh.B. Baitulenov, M.T. Nakibayeva, Research of the

reservoir parameters restoration problem 31

A.Yu. Pyrkova, A.T. Ivashchenko, O.A. Berillo,Parallelization of algorithm of prediction of miRNA binding sites in mRNA on the cluster computing

platform 33

V.A. Shchapov, A.G. Masich, G.F. Masich,Distributed PIV: the Technology of Processing intensive experimental data-flow on a remote Supercomputer 33 A. Yakimenko, M. Grishchenko, The experience of implementation of

permutation tests using GPU 35

A. Yakimenko, D. Karavaev, A. Belyashov, Seismic field simulation on high-performance computers in the problem of studying the consequences of

underground nuclear tests 36

В.П. Ильин, О фундаментальных и технологических проблемах

математического моделирования 36

С.И. Смагин, А.А. Каширин, М.Ю. Талтыкина, Численное решение трехмерных задач акустики с использованием мозаично-скелетонного

метода 37

Ю.В. Шорников, Д.Н. Достовалов, М.С. Насырова,Анализ режимного поведения гибридных систем параллельными одношаговыми методами 38





K.A. Aidarov, G.T. Balakaeva,Admission control for server clusters based

on QoS requirements 42

B. Akhmetov, I. Aleksandr, Y. Funtikova, Z. Alibiyeva, Multicriteria

statistical analysis of test biometric data 43

B. Akhmetov, S. Kachalin, A. Bezyaev, K. Mukapil,Solving the inverse task of neural network biometrics without mutations and Jenkins’ ”nightmare”

in the implementation of genetic algorithms 44

Y.N. Amirgaliyev, A.S. Kalimoldayeva,Module of lexical and morphological analyzer in the development of semantic engine for kazakh language 45 E.N. Amirgaliyev, O.J. Mamyrbayev, T.A. Muratkhanova, Recognition of

isolated words using the Bayes’ theorem 46

A. Andrianova, O. Yakubailik, Usage of GIS technology in the analysis of spatial dynamics of hydrobiological data (Enisey river case study 47 B. Arsi´c, P. Spalevi´c, M. Baˇsi´c, N. Arsi´c, G. Popovi´c, Facebook profiles

clustering 48

M.Z. Arslanov, Polynomial algorithm for multiprocessor schedulling

problem with three job lengths 49

A.M. Bakiyeva, T.V. Batura, A.M. Fedotov, Methods and Systems of

Automatic Text Summarization 50

O.E. Baklanova, A.E. Baklanov, O.Ya. Shvets, Design of Automated Image Recognition System to Assess the Quality of the Mineral Species

using CASE Technology 51

M. Baˇsi´c, B. Arsi´c, A novel approach of statistical data manipulation by

using some clustering methods 51

R.G. Biyashev, S.E. Nyssanbayeva, Ye.Ye. Begimbayeva,A modification of the digital signature algorithm based on modular arithmetic 53 R.G. Biyashev, M.N. Kalimoldayev, S.E. Nyssanbayeva, N.A. Kapalova, R.A. Khakimov, Software Implementation of the Cryptographic System Models Protection With the Given Cryptostrength 54 A. Erzin, N. Mladenovic, R. Plotnikov, VNS-based heuristics for

Communication Tree Optimal Synthesis Problem in Wireless Sensor 55 A. Erzin, N. Shabelnikova, L. Osotova, Y. Amirgaliyev, Wireless sensor

networks and computational geometry problems 56



A.E. Guskov, B.Y. Ryabko, A.V. Zubkov, Classification of scientific

documents based on the compression methods 57

M. Ilic, Z. Spalevic, P. Spalevic, N. Arsic, M. Veinovic,PayPal e-commerce

and e-payment - problems and solutions 58

S. Ili´c, S. Obradovi´c, V. Petrovi´c, One implementation of the embedded

database protection 60

K. Imanbayev, Training radial basis neural networks in making stokes

equations 61

A. Ismaiylov, The management of biotechnological production 62 A. Kadochnikov, A. Tokarev, O. Yakubailik, Environmental research

software tools and services of geoportal of icm sb ras 63 A. Karibayeva, M. Abakan, D. Amirova, Choosing the model for solving the problem of lexical selection for Kazakh language on free/open-source

platform Apertium 64

Ch. Kenshimov, B. Amirgaliyev, M. Kairanbay, Zh. Baibatyr, K. Kuatov, A. Zhantasov,Object Recognition and Categorization Based on Hierarchical

Temporal Memory 65

L.A. Kompaniets, T.V. Iakubailik, Three-dimensional hydrophysical numerical model of Lake Shira: regular computations based on the input

data resulting from natural odservations 66

V. Kurmangaliyeva, M. Takibayeva, N. Takibayev, M. Aikawa, The construction of database and compilation tools for nuclear reaction data at the Central Asian Nuclear Reaction Data Centre 67 M. Mansurova, E. Alimzhanov, E. Dadykina, Parallel algorithm of

RDF data compression and decompression based on MapReduce Hadoop

technology 68

J. Montusiewicz, M. Milosz, R. Kayumov,3D Computer Technologies as a

Tool for Contemporary Archeology 69

S.N. Mukasheva, N.S. Toyshiev, B.K. Kurmanov, G. Sharipova,

D.E. Karmenova,Using GIM-technologies for monitoring of the ionosphere

over Kazakhstan region 70

R. Mussabayev, Development of the Kazakh Text-to-Speech Synthesis

System on the basis of Fujisaki intonation model 71 S.E. Nyssanbayeva, M.M. Magzom, Modification of the encryption

algorithm, developed on the basis of nonpositional polynomial notations 72



A.L. Osipov, L.K. Bobrov, Predict the properties of chemicals based on

Intelligent Computer Systems 73

S. Rakhmetullina, Y. Turganbayev, A. Penenko, Information-analytical

system ”ECO Monitoring” 74

Z. Rodionova, Design of algorithms for automated access control based on

business process approach 75

M. Sarsembayev, E. Amyrgaliev, T. Sarsembayeva, Algorithms and

methods of searching motion in dynamic images 76

A. Savic, E. Kalemi, M. D¨era, A case study of a Knowledge Management

System 77

Yu.I. Shokin, A.M. Fedotov, O.L. Zhizhimov, V.B. Barakhnin, The technology of creating large-scale intelligent information and analytical

search engines in semistructured data 78

A. Sundetova, B. Abduali, N. Zhanbussunov, Z. Musabekova, Study of the problem of creating structural transfer rules for the Kazakh - English and Kazakh-Russian machine translation systems on Apertium platform 79 D. Vuˇckovi´c, S. Pani´c, H. Miloˇsevi´c, D. Djoˇsi´c, Performance analysis

of wireless transmission channels in the presence of eta-mu fading and

kappa-mu co-channel interference 80

O. Yakubailik, Development of geospatial software for environmental

monitoring problems 81

Zh. Zhantayev, A. Kim, A. Ivanchukova, V. Junisbekova, A. Turgumbayev, Movements of earth’s surface in a source zones of Nothern Tien Shan by

satellite data 82

Е.Н. Амиргалиев, А.М. Касымбеков, Разработка алгоритма

распознавания образов и классификация на базе группового синтеза 83 Е.Н. Амиргалиев, Р. Юнусов, Системы распознавания образов в

задачах автоматизации распознавания паспортных данных 84 Р.Г. Бияшев, М.Н. Калимолдаев, О.А. Рог, Логический подход к

организации многокритериального атрибутного разграничения

доступа 86

И.В. Бычков, Г.М. Ружников, А.С. Шумилов, И.А. Сидоров, В.П. Потапов, Р.К. Фёдоров, Технологии интеграции разнородных программных систем в информационно-вычислительной среде

математического моделирования и анализа данных 87



Е.Е. Исмаил, Особенности и требования к качеству программных

средств космического назначения 88

А.А. Кадочников, Особенности разработки программно-

технологического обеспечения для региональных геоинформационных

веб-систем 89

И.А. Пестунов, Ю.Н. Синявский, С.А. Рылов, П.В. Мельников, О.А. Дубровская, Д.В. Лазарев,Технология использования разнородных данных при сегментации спутниковых изображений высокого

разрешения 90

К.А. Платонов, Технологии извлечения количественной информации из геологических научных публикаций и сервисы их обработки 92 А.П. Полякова, И.Е. Светов, М.А. Султанов, О задаче идентификации множества точек разрыва геометрических объектов по

томографическим данным 92

А.А. Сантеева, О.Л. Жижимов, О пользовательских интерфейсах для работы с тезаурусами и рубрикаторами в распределенных разнородных информационных системах на примере платформы ZooSPACE 94 Э. Серикбаева, А.В. Виляев, Ж.Ш. Жантаев Опыт использования космических снимков Aster для решения геологических задач на

примере Жезказганского рудного района 95

К.В. Симонов, М.А. Курако, Вычислительная технология обработки данных комплексного мониторинга природных геообъектов 95 Д.М. Скачков, О.Л. Жижимов, Интеграция географических

метаданных в современные системы организации цифровых

репозиториев 96

И.Н. Скопин, Системный подход к конструированию интерфейсов

приложений 98

А.В. Токарев, Разработка подсистемы актуализации базовых пространственных данных по населенным пунктам Красноярского

края 99

Ю.И. Шокин, А.А. Добрынин, О.А. Клименко, Е.В. Рычкова, Математическое моделирование информационных процессов в

веб-пространстве 100





A.U. Abdibekova, B.T. Zhumagulov, D.B. Zhakebayev, Modelling of evolution small-scale magnetohydrodynamic turbulence depending on the

magnetic viscosity of the environment 102

A.A. Aidossov, G.A. Aidossov, N.T. Danaev, S.M. Narbaeva, N.S. Zaurbekov, Inverse equation for determination of anomalies

field of gravity force by actual meteorological data 103 D.Zh. Akhmed-Zaki, S.T. Mukhambetzhanov, T.S. Imankulov,

Mathematical Modelling of Oil Recovery by Polymer and Surfactant

Flooding 103

B. Akhmetov, T. Amanzholov, M. Tungatarova, A. Georgiev, Modeling of solid liquid phase change process during charging of latent heat storage 105 B. Akpayev, M. Otelbaev, A. Hasanov, A source identification problem related to mathematical model of laser surface heating. Numerical results 106 L.A. Alexeyeva, Generalized functions method in transport problems of

elastodynamics 106

K. Alibayeva, A. Kaltayev, Enhancement of the in-situ leach mineral

mining process by the hydrodynamic method 108

E. Amirgaliyeva, A. Kovalenko, A. Kovalenko, A. Kozbakova,Modeling of

networks flows of grinshilds types 109

Zh. Amirgaliyeva, N. Mladenovic, New variable neighborhood search for

bi-linear optimization 110

M.M. Aripov, Z.R. Rakhmonov, On the asymptotics of solutions of heat transfer problems with sources and nonlinear boundary conditions 110 R. Askarbekov, Construction of mathematical model, compression of

rubber-metal supports and behavior of rubber layer 112 A.T. Assanova, A.E. Imanchiev, About new algorithm for solving nonlinear three-point boundary value problem for system of differential equations 113 B.E. Bekbauov, A. Kaltayev, Zh. Baishemirov, A. Rakhymova,

Mass conservation and pressure equations for the sequential chemical

compositional simulation 114

Ye. Belyayev, A. Kaltayev, Numerical comparison of shear flow coherent

structure using ENO FD scheme and DG method 115

Ye. Belyayev, A. Kaltayev, A. Naimanova, Numerical simulation of the

combustion in a planar shear layer 116



V.A. Bereznev, An effective method for solving quadratic programming

problems 116

A. Bibossinov, A. Iskakbayev, S. Aleksandrov, Mathematical modeling of influence of material microstructure to products formation processes 117 I.R. Bismildin, Y.S. Temirbekov, On the account of distributed inertia of

rod mechanism in plane and spatial motion 118

N.A. Bokayev, On some properties of signals with finite Fourier-Walsh

spectrum 119

I.V. Bychkov, G.A. Oparin, A.G. Feoktistov, V.G. Bogdanova, A.A.

Pashinin, The simulation modeling technology of warehouse logistics

processes in distributed computing environment 120 A. Chanda, A study of isotropic turbulence with the help of vorticity 121 G.M. Dairbayeva,An Inverse Problem for the Stokes Equations 122 S. Dairbayeva, B. Belgibayev, A. Dairbayev, A. Bukesova, Clarified process

modeling of mudflow mass 123

M.I. Epov, E.P. Shurina, E.I. Mikhaylova, A.Y. Kutischeva, The modifications of the multiscale finite element method for solving

electromagnetic problems on the AC and DC 124

M. Epov, E. Shurina, E. Shtabel, N. Shtabel, The modeling of

electromagnetic field for different types of source signals 125 N. Glazyrina, B. Mukanova,Mathematical modeling of technological process of preparation of water for thermal power plants 126 A.G. Gorobchuk, Numerical model of plasma-chemical etching of silicon in

CF4/H2 plasma 127

V.V. Gubarev, M.S. Khairetdinov, G.M. Voskoboynikova, G.F. Sedukhina, Informative Factors of Geophysical Fields Interaction in Problem of the

Environmental Protection Prediction 128

A.G. Ibrayev, A.N. Tyurekhojayev,Bending vibration of drill string 129 A. Issakhov, Numerical study of the discharged heat water effect on the

aquatic environment from thermal power plant 130

A. Issakhov, Ye. Khan, Mathematical modelling of detached flow around a car body by using Large eddy simulation method 131 A. Issakhov, B. Roidl, M. Meinke, Simulation of a transonic airfoil flow

using a zonal RANS-LES Method 133



A.J. Jainakov, A.K. Kaleeva, A.I. Kurbanaliev, Prediction of the flow

around the building by the control volume method 134 S. Kabanikhin, O. Krivorotko,Fast algorithm for calculation of the moving

tsunami wave height 135

A.M. Kagenov, A.A. Glazunov, I.V. Eremin, Mathematical modeling of particle motion under the influence of spacecraft rocket engine supersonic

jets in Mars environment 136

M.N. Kalimoldayev, A.V. Alexeyeva, K. Alimhan, G.A. Amirkhanova, Economic soliton of the spatially two-dimensional nonlinear mathematical

A1 model 137

M.N. Kalimoldayev, M.T. Jenaliev, A.A. Abdildayeva, T. Duzbayev, The problems of optimal control for electric power systems 138 T.Sh. Kalmenov, G.D. Aripova, The Navier-Stokes problem in weighted

spaces 139

A. Karimov, Numerical solution of the one-dimensional problem of a

non-Newtonian fluid filtration 140

G. Kenenbaeva,Computer modeling of phenomena in dynamical systems 140 M. Kenzin, I. Bychkov, N. Maksimkin, Hybrid evolutionary approach to multi-objective mission planning for group of underwater robots 142 M.S. Khairetdinov, G.M. Voskoboynikova, The numerical modeling of a posteriori algorithms for the geophysical monitoring 143 S.N. Kharin, S. Kassabek, Mathematical model of thermoelectric effects

during bridge erosion of electrical contacts 144

A. Khikmetov, K. Karzhaubayev, Modelling pollution transport from the

residual rocket fuel 145

A. Kim, Yu. Shpadi, Mathematical Modeling of the Destruction Process

in the Fault Zone 146

P. Kisala, W. Wojcik, G. Kashaganova, A. Kalizhanova, N. Smailov, Elongation determination using finite element and boundary element

method 147

B. Koshanov, Conditions for solvability of correct boundary value problems for the inhomogeneous polyharmonic equation in a ball 148 A. Kudaikulov, C. Josserand, A. Kaltayev, Theoretical and Numerical

Prediction of the Permeability of Fibrous Porous Media 149



D.S. Kuranakov, V.N. Lapin, D.V. Esipov, S.G. Cherny, 3D model of

fatigue crack propagation under cyclic loading 150 V.S. Kuzmenko, V.L. Yanchukovsky, Density of temperature coefficients

for muons in the atmosphere 151

V.S. Kuzmenko, V.L. Yanchukovsky, Temperature effect of muons in the

atmosphere 151

V.N. Lapin, S.G. Cherny, D.S. Kuranakov,3D model of fracture propagation

caused by viscous compressible fluid pumping 152

A.I. Levykin, E.A. Novikov, A study of (m,k)-methods for solving

differential-algebraic systems of index 1 153

M.N. Madiyarov, S. Sailarbek, Geoinformation System on the basis of

mathematical model of the microclimate of the industrial city 154 A. Makasheva, A. Beketaeva, Ye. Belyayev, Numerical simulation of the

mixing in a planar shear layer 154

S.D. Maussumbekova, A.O. Beketaeva, Application of Immersed Boundary Method in Modelling of Thrombosis in The Blood Flow 155 H. Milosevic, A.D. Rychkov, N. Kontrec, O.V. Taseiko, The expected

inaccuracy in measuring the temperature the expected inaccuracy in measuring the temperature profiles in solid propellant by thermocouple

elements 156

Ye. Moisseyeva, A. Naimanova, A. Beketaeva, Non-uniform ENO Scheme

for Simulation of Supersonic Flows 157

B. Munir, B.A. Urmashev, A.A. Kavokin, Computational model of

thermo-diffusive processes in electrodes by arcing 158 M.B. Muratbekov,The discreteness of the spectrum and the distribution of singular numbers (s-numbers) of a class of differential operators of mixed

type 159

M.B. Muratbekov, S. Igisinov, On separability of a class of differential

operators in L2(R2) 160

E.D. Nursultanov, N.T. Tleukhanova, Recovery operator of periodic

functions 161

K.N. Ospanov, R.D. Akhmetkaliyeva, On the second order differential

equation with damped term 162

K.N. Ospanov, A. Zulkhazhav, Coercive estimates for a solution of the system of the second order difference equations 163



S. Shaimardan,Weighted estimate ofq - integral operator with a logarithmic

singularity 164

M. Shishlenin, Regularization methods for multidimensional analog of

Gelfand–Levitan–Krein equation 165

T.A. Shmygaleva, A.I. Kupchishin, E.V. Shmygalev, Sh.E. Jeleunova, L.Sh.

Cherikbayeva, I.D. Masyrova, B. Alirakymov, Mathematical modelling of radiating processes in solids irradiated by heavy ions 166 Yu.I. Shokin, S.G. Cherny, D.V. Esipov, V.N. Lapin, A.E. Lyutov, D.S.

Kuranakov, Three-dimensional model of fracture propagation from the

cavity caused by quasi-static load or viscous fluid pumping 167 O.V. Taseiko, T.P. Spitsina, H. Milosevic, Self-purification modelling for small river in climate conditions of Central Siberia 168 N.M. Temirbekov, D.R. Baigereyev,Modeling of three-phase non-isothermal flow in porous media using the approach of reduced pressure 169 N.M. Temirbekov, E.A. Malgazdarov, S.O. Tokanova, Comprehensive

program for numerical simulation convective flow of viscous incompressible

fluid a curvilinear coordinate system 170

M.I. Tleubergenov, D.T. Azhymbaev,On the construction of equations in the form of Lagrange, Hamilton and Birkhoff by the given properties of motion in the presence of random perturbations 171 A. Toleukhanov, A. Kaltayev, M. Panfilov, Analytical and numerical

studies of the impact of growth kinetics, motion and chemotaxis of methanogenic bacteria on changes of the composition of hydrocarbon

mixture in underground gas storages 172

A.N. Tyurekhojayev, G.K. Kalzhanova, A.G. Ibrayev, Analytical solution of the problem about bending of annular plates subject to the action of the

lateral load 173

A.N. Tyurekhojayev, M.Zh. Sergaziyev,Propagation of nonlinear waves in a mechanical system with contact dry friction under the action of cyclic

loads 174

D.T. Ybyraiymkul, A. Kaltayev, K.C. Ng, Thermal behaviours of the

absorbed natural gas storage 175

Z.Kh. Yuldashev, A.A. Ibragimov, Sh.Sh. Shominasov, Algorithms of determination by the path of robots in the conditions of interval uncertainty

of data 176



Yu. Zakharov, A. Zimin, Two-Component Incompressible Fluid Model for

Simulating Surface Wave Propagation 178

Zh. Zhantayev, A. Bibossinov, A. Fremd, Using of geological and geophysical data in identifying of structurally homogeneous regions of the

earth’s crust in the case of Caspian region 179

S.S. Zhumatov, On an instability of nonlinear controllable system in the

neighborhood of program manyfold 180

У.С. Абдибеков, К.К. Каржаубаев, Численное моделирование турбулентного конвективного переноса примеси при наличии

температурной инверсии 181

Н.Т. Ажиханов, Н.М. Жунисов, Задача фильтрации жидкости к разноориентированной горизонтальной скважине в деформируемой

трансверсально-изотропной среде 182

А.А. Азимов, Обратная задача лечения организма

бактериостатическим антибиотиком с измерением общей

численности бактерий 183

К.А. Айменова, К.Б. Иманбердиев, О некорректной задаче для

уравнения Пуассона 184

Ш.А. Айпанов, З.Н. Мурзабеков, Оптимальная стабилизация вращательного движения космического аппарата на конечном

интервале времени 185

А.Б. Айтжан, Д.Т. Ыбырайымкул, Численное исследование процесса разрядки природного газа из терморегулируемого слоя адсорбента 186 А.Н. Алимова, Численные методы решения задачи Дирихле для

волнового уравнения 187

М. Арипов, А. Матякубов,Асимптотическое поведение автомодельных решений нелинейных параболических систем недивергентного вида 188 Д. Ахмед-Заки, А. Сакабеков, Е. Аужани, Численное решение

трехмерной двухфазной фильтрационной задачи по идентификации параметров неоднородного нефтяного пласта 189 А.O. Бекетаева, Н.Ш. Шахан, Математическое моделирование

ударно-волновых структур при взаимодействии скачков уплотнения с пограничными слоями нижней и верхней стенки 190



А.С. Бердышев, Х.Х. Имомназаров, А.А. Михайлов, М.А. Султанов, Ободной термодинамической согласованной нелинейной модели

пороупругости 191

Ш. Билал,О свойствах дробной степени оператора Штурма-Лиувилля192 А. Биргебаев, Гладкость решений (разделимость) нелинейного

стационарного уравнения Шредингера 193

Л.В. Бондарева, Ю.Н. Захаров, Численное моделирование процесса

очистки промышленных стоков в отработанных горных выработках 194 Н.М. Вьюнник, А.А. Кириченко, Численное моделирование отвода

диффузионного слоя в процессе концентрирования молока 195 В.В. Губарев, Р.В. Терехов, С.А. Пушкарева, О применимости

корреляционного анализа для случайных сигналов с нелинейной

регрессией 196

Е.Ю. Деревцов, С.В. Мальцева, И.Е. Светов, Построение операторов индикатора неоднородности тензорных полей на основе их известных

лучевых преобразований 198

М.Т. Дженалиев, М.И. Рамазанов, О разрешимости особого

интегрального уравнения Вольтерра второго рода со спектральным

параметром 199

Д.М. Диарова, Н.И. Земцова, Применение компьютерной алгебры в качественном исследовании ньютоновой проблемы многих тел 200 Д.А. Долгов, Ю.Н. Захаров, Моделирование движения вязкой

неоднородной жидкости в крупных кровеносных сосудах 201 А. Жайнаков, Р.Т. Султангазиева, Н.А. Аманкулова, О влиянии

состава защитных газов на поведение электрической дуги и сварочной

ванны 202

А.А. Жайнаков, Р.Т. Султангазиева, Б.Н. Медралиева, Численный анализ гидродинамических процессов сварочной ванны при

электродуговой сварке 203

А.Ж. Жайнаков, А.К Хикметов., К.К. Каржаубаев, Математическое моделирование переноса нефтяной пленки на поверхности моря 204 У.К. Жапбасбаев, Г.И. Рамазанова, З.К. Саттинова, С.А. Шахов,

Процесс затвердевания шликера оксида бериллия с учетом фазового

перехода 205



Ю.Н. Захаров, К.С. Иванов, Н.А. Гейдаров, Численное моделирование размыва грунта у основания платформ гравитационного типа 206 М.К. Инкарбеков,Исследование фильтрованной функции плотности для моделирования крупных вихрей реагирующих турбулентных

течений 207

Р.А. Иркимбеков, В.М. Котов, А.А. Байгожина, Характеристики

переноса нейтронов в реакторе ИГР 208

С.И. Кабанихин, Б.Б. Шолпанбаев, Задача продолжения

электромагнитных полей с части границы 209

Т. Кунакбаев, М. Отелбаев, К определению минимально возможного расстояния между тремя вращающимися ветротурбинами

карусельного типа 210

Т.Ж. Мазаков, Ш.А. Джомартова, А.Т. Жакыпов, А.Т. Турсынбай, Критерий управляемости нелинейных динамических систем 211 Б.М. Мардонов, С.С. Аманов, Л.А. Хаджиева,Численное моделирование нелинейных колебательных процессов в колоннах при бурении

нефтегазовых скважин 212

Т. Миргаликызы, Б.Г. Муканова, Моделирование влияния рельефных границ при решений прямой задачи электроразведки постоянным

током 214

К.В. Митин, А.Ш. Любанова, Моделирование потоков ионов методом

частиц 214

З.Н. Мурзабеков, М. Милош, К.Б. Тусупова, Моделирование распределения ресурсов в трехсекторной математической модели

кластера 216

В.И. Пеньковский, Н.К. Корсакова, Модель гидравлического разрыва пласта на основе механики и фильтрации в гетерогенной средах 217 С.И. Перегудин, С.Е. Холодова, Редукция в исследовании

крупномасштабной динамики с учетом эффектов диффузии

магнитного поля 218

Ш.А. Садуллаева, Г. Пардаева, Численное моделирование одной

системы взаимной реакции-диффузии с двойной нелинейностью 219 Б.Т. Сарсенов, Моделирование нестационарных контактных задач

динамики упругих сред 220



С.И. Смагин, Ю.Ю. Пономарюк, Математическое моделирование

нагрева поверхностного слоя катода при электроискровом легировании221 С.В. Стуколов, Численное моделирование экспериментального

волнопродуктора 223

Н.М. Темирбеков, А.К. Тураров, Математическая модель двумерного осесимметричного движения газожидкостной смеси в газлифтной

скважине 224

Л.М. Тукенова, А.Ж. Скакова,О существовании обобщенного решения модели неоднородной жидкости в магнитном поле 225 Б.А. Урмашев, А.Т. Турсынбай, А.Ж. Жайнаков,Разработка методов определения и способов расчета действительных значений основных временных параметров линейной трехкамерной фармакокинетики 226 А.И. Хисамутдинов, Задачи уравнения переноса и ядерно-геофизические

технологии 227

А.И. Хисамутдинов, Б.В. Банзаров, М.Ш. Урамаев,Комплекс программ NskMCNG для решения задач ядерно-геофизических технологий 228 К.К. Шакенов, С.К. Заманова, Численные методы решения уравнений

Навье–Стокса 229

Ю.И. Шокин, Э.П. Шурина, Н.Б. Иткина,Применение неконформных конечноэлементных методов для моделирования процессов с фазовыми

переходами 230

Ф.К. Яхияев, Математическое моделирование процесса возникновения оползневых потоков в теле плотины (дамбы) сложного неоднородного

строения 231



D.N. Ashurova, M.U. Raimova, Z.Kh. Yuldashev, M.A. Yuldasheva,

Concepts ofactivization of trainees within structural model of education 234 Y. Bekbolatov, A. Kartbayev,Kazakh Morphological Analysis for Statistical

Machine Translation: A Case Study 235

M. Mansurova, A. Nugumanova, D. Zyryanov, A concept map approach to

supporting adaptive e-Learning 236

M. Mansurova, A. Pyrkova, E. Alimzhanov, Design and development of

online courses on edX platform 237



V.V. Petrovic, A. Jokic,Positive practice in the implementation of Moodle

in e-learning 238

B.K. Shayakhmetova, S.E. Omarova, G.T. Omarov, N.T. Orumbaeva, Structuralization of pedagogical categories ”knowledge” in the process of

society informatization 239

I.N. Skopin, An approach to teaching programming 240 U. Tukeyev, Zh. Zhumanov, D. Rakhimova, A. Kartbayev, Combinational circuits model of Kazakh and Russian languages morphology 241 B.A. Urmashev, A.Yu. Pyrkova, M.E. Mansurova, E.P. Makashev., A.Zh.

Burlibayev, M.S. Sarsembayev, Database design for the sectoral frame of IT qualifications within TEMPUS project ”QUADRIGA” 243 В.Б. Барахнин, О.Ю. Кожемякина, А.В. Забайкин,Технология создания метрических справочников и конкордансов русских поэтических

текстов 243

В.Г. Казаков, Ю.А. Щеглов, В.В. Казаков, И.В. Носков, ML-Studio - Web приложение для создания и применения мультимедиа лекций 245



F. Abdoldina, G. Umirova, Automation of data geodynamic monitoring on

an oil and gas field 248

D. Akhmed-Zaki, B. Matkerim, M. Mansurova, E. Dadykina, An approach to the development of distributed applications for oil extraction problems 249 A.A.Bedelbaev, Computer mathematical and biochemical modeling and simulation of the life processes in human kidneys 250 A. Davydov, A. Larionov, I. Terekhin, Synthesis of plans in multi-agent system using the method of positively constructed formulas 251 D. Danijel, S. Caslav, A. Danijela, Z. Srboljub, D. Ivana, Level crossing rate of dual κ - µ random composite process in the presence of Rician

distributed interference 252

S. Jayaraj, S.P. Lokesh, A. Kaltayev, Ye. Belyayev, Analysis of a Direct Expansion Solar Assisted Heat Pump Suitable for Comfort Applications 253 M. Kairanbay, B. Amirgaliyev, S. Kenshimov, K. Kuatov, Z. Baibatyr, A. Jantassov, Algorithm for Recognition of Kazakhstan Vehicle License

Plates 253



M.N. Kalimoldayev, T.U. Islamgozhayev, A.K. Zholmyrzayev, Sh.S.

Mazhitov, Design and development of mobile remote controlled robotic

platform 254

P. Kisala, W. Wojcik, G. Kashaganova, A. Kalizhanova, N. Kussambayeva, G. Yussupova, Analysis of the possibilities for using a uniform Bragg

gratingin a tunable dispersion compensator 255

M. Lutovac, P. Spalevic, N. Arsic, Raspberry Pi, Mathematica, and

electrical engineering education 257

Y. Molorodov, A. Zelenchuk, The conception and architecture of the

Internet portal for the study of thermophysical properties of materials 258 N.R. Musabekov, D.T. Kasymova, A.K. Muslimova, A.O. Utegenova,

I.T. Utepbergenov, Integrated Approach for Implementing the Virtual

Information Infrastructure of the automated process control system 259

Mustafin S., Zeinullina A., Mussina Zh. 260

N. Nagul,Discrete-event systems with state observation properties studying260 K.A. Ozhikenov, R.M. Utebaev, R.S. Ismagulova, A.K. Ozhiken, G.D.

Aitzhanova, Automation of data geodynamic monitoring on an oil and gas

field 261

G.N. Pachshenko, Algorithm for construction of the intellectual control system of the object with inexact parameters and delay on the basis of

artificial neural networks 262

V. Petrovic, A. Grujic, Application of programmable logic controllers for

efficient use of photovoltaic panels 263

A.G. Poleshchuk, R. Shimansky,Diffractive optical elements for a quality checking of the aspherical mirrors of large telescopes 263 D. Rakhimova, M. Abakan,The problem of Word sense disambiguation in Machine Translation system of Russian-to-Kazakh languages 264 O.I. Shiryayeva, T.G. Denisova,Investigation of artificially immune system

with using of fuzzy logic 266

С.Н. Астраков, Е.Н. Амиргалиев, Задачи покрытий и упаковок в

некоторых приложениях 267

Д.В. Волков, А.М. Епихин, Архитектура программного комплекса интеллектуального облачного сервиса мониторинга состояния и

управления для удаленных распределенных объектов 267



А.С. Гаченко, Г.М. Ружников, А.Е. Хмельнов, А.А. Михайлов, Применение ГИС и WEB-технологий для создания геоинформационной

системы "Инвестор" 269

Д.Н. Гронь, А.Ш. Любанова, Моделирование и управление процессом

электролитического рафинирования меди 270

Ж.Ш. Жантаев, Н.Ф. Николаевский, Б.Т. Жумабаев, А.М. Малимбаев, Организация центра сбора экспериментальных геофизических данных в реальном времени для исследования ближнего космоса 271 В.З. Крученецкий, С.В. Вязигин, Ж.К. Серикулова, В.В. Крученецкий, Беспроводная интеллектуальная среда измерения, передачи и

обработки сведений о характеристиках материалов, изделий 272 З.Н. Мурзабеков, Оптимизация непрерывных линейных систем с

ограниченным управлением 273

Г.А. Самигулина, З.И. Cамигулина, Иммунносетевая технология управления сложными объектами на базе вычислительных кластеров

с использованием виртуальных машин 274

С.И. Смагин, А.А. Сорокин, Развитие информационно-

телекоммуникационных и вычислительных технологий для работы с научными данными На Дальнем Востоке России 275 Б.А. Урмашев, Е.П. Макашев, П.Т. Омарова, У.А. Досбол, Б.К.

Алимбаева, Разработка компьютерной программы прогнозирования опустывания территории Северо-Казахстанской области 277


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