Cloud technologies for the organization of the scientific and educational agro-industrial cluster of the Academgoro dok of Almaty
DOI:
https://doi.org/10.26577/JMMCS-2019-3-27Keywords:
integrated distributed information system, Ceph, GlusterFS, digital objects repository, DSpaceAbstract
The paper analyzes the process of designing and creating an integrated distributed access storage
system for digitized works scientists of research institutes of the Academgorodok of Almaty.
Comparative analysis of two storage systems for storing digitized works, Ceph and GlusterFS.
A description of the software part of the system is presented, which consists of four subsystems:
storage of digital objects, subsystem for managing current research information, subsystem for
integrating distributed information resources, subsystem for access to distributed information
resources based on web technologies. The relationship between subsystems and their integration
is described. The paper defines the requirements for storage of digital objects; a comparative
analysis of open source software has been carried out. The system fully provides the necessary
computational resources for research and educational processes, simplifying the prospect of
its further development, and allows you to build an advanced IT infrastructure for managing
intellectual capital, an electronic library, which will store all the books and scientific works of
Kazakhstan Engineering and Technology University and Research Institutes of the Academgorodok
of Almaty.
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22 Shokin Ju. I., Temirbekov N. M., Zhizhimov O. L., Temirbekov A. N., and Baigereyev D. R., "Model' integrirovannoj raspredelennoj bibliotechnoj informacionnoj sistemy Akademgorodka goroda Almaty [Model of the integrated distributed library information system of the Academgorodok of Almaty
]", Vychislitel'nye tehnologii vol. 23, no 5 (2018): 110-119.
23 Temirbekov N., Baigereyev D., Temirbekov A., and Smolarz A., "Architecture of the distributed information system of the Almaty Academgorodok", Przeglad Elektrotechniczny 5 (2019): 75-78.
24 Temirbekov N. M., Zhizhimov O. L., Baigereyev D. R., Omirzhanova B. B., Temirbekov A. N., and Orazgalieva A. M., "Postroenie nauchno-obrazovatel'nogo klastera na baze integrirovannoj raspredelennoj informacionnoj sistemy Akademgorodka [Building a research and education cluster based on the integrated distributed information system of Akademgorodok]", Sovmestnyj vypusk zhurnalov Vestnik VKGTU im. D. Serikbaeva i Vychislitel'nye tehnologii vol. 1, no. 3, part 1 (2018): 120-127.
2 "RKS i "RUSAGRO" obedinjajut usilija dlja cifrovizacii sel'skogo hozjajstva Rossii [RKS and RUSAGRO join forces to digitize agriculture in Russia ]," https://www.roscosmos.ru/24458/.
3. "Agrosignal - sistema GLONASS/GPS kontrolja spectehniki i upravlenija agro-biznesom [Agrosignal - GLONASS / GPS system for control of special equipment and management of agro-business]," https://7gis.ru/podderzhka/platformyi/agrosignal.html.
4. Shokin Ju. I., Zhizhimov O. L., and Fedotov A. M., "Informacionnye sistemy IVT SO RAN [Information Systems of ICT SB RAS]", (paper presented at the XVI All-Russian Conference DICR-2017, Novosibirsk, December 4, 2017).
5. Saini O. P., "The emergence of institutional repositories: a conceptual understanding of key issues through review of literature", Library Philosophy and Practice 1774 (2018): 1-19.
6. Franchke H., Gamalielsson J., and Lundell B., "Institutional repositories as infrastructures for long-term preservations", Information Research vol. 22 (2), no 757 (2016): 1-27.
7. Hippenhammer C., "Comparing institutional repository software: pampering metadata uploaders", The Christian Librarian vol. 59, no 1 (2016): 1-6.
8. Castagne M., "Institutional repository software comparison: DSpace, ePrints, Digital Commons, Islandora and Hydra (Report)" (2013): 1-15.
9. Lakshmi V. and Kumar N., "Comparative Analysis of Open Source Digital Library Softwares: A Case Study", Journal of Library and Information Technology vol. 38, no 5. (2018): 361-368.
10. Cullen R. and Chawner B., "Institutional repositories in New Zealand: comparing institutional strategies for digital preservation and discovery", Proceedings of the IATUL Conference 18 (2008): 1-11.
11. McDowell B. K., "Institutional repositories in the Czech republic", Gleeson Library Librarians Research 10 (2016): 1-29.
12. Ravikumar M. N. and Ramanan T., "Comparison of greenstone digital library and DSpace: Experiences from digital library initiatives at eastern university, Sri Lanka", Journal of University Librarians Association of Sri Lanka vol. 18, no 2 (2014): 76–90.
13. D'Atri A., Bhembre V., and Singh K., "Learning Ceph - Second Edition: Unifed, scalable, and reliable open source storage solution" (Packt Publishing, 2017).
14. Avery I. T., "Glusterfs" (Cel Publishing, 2012).
15. Tim Jones M., "Ceph: A Linux petabyte-scale distributed file system," https://www.ibm.com/developerworks/library/l-ceph/index.html.
16. Skachkov D. M. and Zhizhimov O. L., "Tehnologija geograficheskogo poiska informacii v "negeograficheskih" informacionnyh sistemah [The technology of geographic information search in "non-geographical" information systems]" (paper presented at Scientific, organizational and technological fundamentals of digital information resources integration, 2013).
17. Zhizhimov O.L., Fedotov A.M., and Fedotova O.A., "Postroenie tipovoj modeli informacionnoj sistemy dlja raboty s dokumentami po nauchnomu naslediju [Building a typical model of an information system for working with documents on scientific heritage]", Vest. NGU. Informacionnye tehnologii vol. 10, no 3 (2012): 5-14.
18. Shokin Ju.I., Fedotov A.M., Zhizhimov O.L., and Fedotova O.A., "Sistema upravlenija jelektronnymi bibliotekami v IRIS SO RAN [The control system of electronic libraries in IRIS SB RAS]" (paper presented at 4th All-Russian simposium, Saint Petersburg, October 6-8, 2014).
19. Zhizhimov O.L., Fedotov A.M., and Shokin Ju.I., "Tehnologicheskaja platforma massovoj integracii geterogennyh dannyh [Technological platform for mass integration of heterogeneous data]", Vestnik Novosibirskogo gosudarstvennogo universiteta. Serija: Informacionnye tehnologii vol. 11, no 1 (2013): 24-41.
20 Guskov A.E., Zhizhimov O.L., Kikhtenko V., Skachkov D.M., and Kosyakov D., "RuCRIS: A Pilot CERIF based System to Aggregate Heterogeneous Data of Russian Research Projects", Procedia Computer Science 33 (2014): 163-167.
21 Chudlarsky T. and Dvorak J., "A National CRIS Infrastructure as the Cornerstone of Transparency in the Research Domain" (paper presented at 11th International Conference on Current Research Information Systems, Prague, Czech Republic, June 6-9, 2012).
22 Shokin Ju. I., Temirbekov N. M., Zhizhimov O. L., Temirbekov A. N., and Baigereyev D. R., "Model' integrirovannoj raspredelennoj bibliotechnoj informacionnoj sistemy Akademgorodka goroda Almaty [Model of the integrated distributed library information system of the Academgorodok of Almaty
]", Vychislitel'nye tehnologii vol. 23, no 5 (2018): 110-119.
23 Temirbekov N., Baigereyev D., Temirbekov A., and Smolarz A., "Architecture of the distributed information system of the Almaty Academgorodok", Przeglad Elektrotechniczny 5 (2019): 75-78.
24 Temirbekov N. M., Zhizhimov O. L., Baigereyev D. R., Omirzhanova B. B., Temirbekov A. N., and Orazgalieva A. M., "Postroenie nauchno-obrazovatel'nogo klastera na baze integrirovannoj raspredelennoj informacionnoj sistemy Akademgorodka [Building a research and education cluster based on the integrated distributed information system of Akademgorodok]", Sovmestnyj vypusk zhurnalov Vestnik VKGTU im. D. Serikbaeva i Vychislitel'nye tehnologii vol. 1, no. 3, part 1 (2018): 120-127.
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How to Cite
Temirbekov, N., Baigereyev, D., & Temirbekov, A. (2019). Cloud technologies for the organization of the scientific and educational agro-industrial cluster of the Academgoro dok of Almaty. Journal of Mathematics, Mechanics and Computer Science, 103(3), 75–89. https://doi.org/10.26577/JMMCS-2019-3-27
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