Abstract. 

The paper is devoted to the development of basic principles and criteria for connecting of scientific organizations and institutions of higher education of the Russian Federation to the New Generation National Research Computer Network (NIKS), created as a result of the integration of sectoral networks RUNNet and RASNet. General information and some statistics about the current user base of NIKS are given. The discussed criteria and indicators used in their formation take into account the current and pending approval documents of strategic planning in the field of science and education, digital development, are coordinated with the current methods and results of assessing the activities of organizations. The criteria have been taken into account in the development of the Concept and the Roadmap for the functioning and development of NIKS for 2021-2024, where, in particular, the main areas of work planned for implementation and the corresponding activities, the geographical location of the backbone and regional network nodes created, promising approaches to ensuring advanced development of the infrastructure and service platform of the network.

Keywords: 

new generation national research computer network, NIKS, national research and education network, NREN, user base, connection criteria, leading research and educational organizations, supercomputer centers.

PP. 22-33.

DOI 10.14357/20718632210203

 

References

1. Allocchio, C., L. Balint, V. Berkhout, J. Bersee, Yu. Izhvanov, et al. 2010. A History of international research networking: the people who made it happen. N.Y.: Wiley-VCH. 317 p.

2. Lehtisalo, K. 2005. The History of NORDUnet: Twenty-five years of networking cooperation in the Nordic countries. Available at: http://www.nordu.net/history/book.html (accessed November 6, 2020).

3. GÉANT: The Case for NRENs. A repository of resources to support funding, advocacy and the advancement of national and regional R&E networks. Available at:

https://www.casefornrens.org (accessed November 6, 2020).

4. Abramov, A.G., and A.V. Evseev. 2017. Set' RUNNet: navstrechu sovremennym vyzovam sfery telekommunikatsiy v nauke i obrazovanii [Network RUNNet: towards the state-of-the-art challenges in the field of telecommunications in science and education]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 1(33):100–115.

5. Izhvanov, Yu.L. 2017. Nauchno-obrazovatel'nye komp'yuternye seti. Proshloe, nastoyashchee i tendentsii razvitiya [Research and education computer networks. Past, present and development trends]. Obrazovatel'nye resursy i tekhnologii [Educational Resources and Technologies]. 2:17–25.

6. Abramov, A.G., and A.V. Evseev. 2018. RUNNet kak natsional'naya nauchno-obrazovatel'naya set' Rossii: tseli, osnovnye zadachi, telekommunikatsionnaya infrastruktura i servisy [RUNNet as a national research and education network of Russia: goals, main tasks, telecommunication infrastructure and services]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 4(40):3–15.

7. Abramov, A.G., and A.V. Evseev. 2018. RUNNet: infrastructural and service basis of the national research and education network of the Russian Federation. Proc. VIII Int. Conf. "Distributed Computing and Grid-technologies in Science and Education" (GRID 2018), Dubna, September 10–14, 2018. 52–57.

8. Abramov, A.G., and A.V. Evseev. 2019. Kontseptual'nye aspekty sozdaniya v Rossiyskoy Federatsii natsional'noy issledovatel'skoy komp'yuternoy seti novogo pokoleniya [Conceptual aspects of creating a new generation National research computer network in the Russian Federation]. Informatsionnye tekhnologii [Information Technologies]. 25(12):724–733.

9. Abramov, A.G., A.A. Gonchar, A.V. Evseev, and B.M. Shabanov. 2021. Natsional'naya issledovatel'skaya komp'yuternaya set' novogo pokoleniya: tekushchee sostoyanie i kontseptsiya razvitiya [New generation National Research Computer Network: current state and development concept]. Informatsionnye tekhnologii [Information Technologies]. 27(3):115–124.

10. Lobanov, V.S., A.D. Ivannikov, B.N. Bogatyr'. 1994. Kontseptsiya informatizatsii vysshego obrazovaniya Rossii [The concept of informatization of higher education in Russia]. Vysshee obrazovanie v Rossii [Higher Education in Russia]. 1:30–52.

11. Vasenin, V.A. 1997. Rossiyskie akademicheskie seti i Internet (Sostoyanie, problemy, resheniya) [Russian academic networks and Internet (Status, problems, solutions)]. M.: REFIA. 173 p.

12. Ivannikov, A., A. Krivosheev, and D. Kurakin. 1995. Razvitie seti telekommunikatsiy v sisteme vysshego obrazovaniya Rossiyskoy Federatsii [Development of the telecommunications network in the higher education system of the Russian Federation]. Vysshee obrazovanie v Rossii [Higher Education in Russia]. 2:87–93.

13. Kulagin, M.V., and V.A. Serebryakov. 2016. Informatsionnoe prostranstvo RAN (Proekty i realizatsiya, 1998-2013) [Information Space of the RAS (Projects and Realization, 1998-2013)]. Nauchnyy servis v seti Internet: trudy XVIII Vserossiyskoy nauchnoy konferentsii [Scientific service on the Internet: proceedings of the XVIII All-Russian scientific conference]. Moscow: IPM im. M.V. Keldysha. 194–222.

14. Kontseptsiya funktsionirovaniya i razvitiya Natsional'noy issledovatel'skoy komp'yuternoy seti novogo pokoleniya na 2021-2024 gody. [Concept for the functioning and development of the new generation National Research Computer Network for 2021-2024]. 2021. Moscow: Minobrnauki Rossii. 45 p.

15. Abramov, A.G., and A.V. Evseev. 2018. Monitoring aktivnosti pol'zovateley nauchno-obrazovatel'noy seti Rossii RUNNet v mezhsetevom vzaimodeystvii: metodiki, instrumentariy, rezul'taty [Monitoring of user activity of the Russian research and education network RUNNet in internetwork interaction: methods, tools and result]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 3(39):34–49.

16. Abramov, A.G. 2020. Collection, analysis and interactive visualization of NetFlow data: experience with big data on the base of the National Research Computer Network of Russia. Lobachevskii Journal of Mathematics. 41(12):2525–2534.

17. Abramov, A.G. 2020. Servisnaya platforma natsional'noy issledovatel'skoy komp'yuternoy seti novogo pokoleniya v kontekste perspektiv razvitiya [Service platform of the new generation national research computer network in the context of prospects for development]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 4(48):47–65.

18. Ovsyannikov, A.P., G.I. Savin, and B.M. Shabanov. 2012. Udostoveryayushchie federatsii nauchno-obrazovatel'nykh setey [Identity federations of research and education networks]. Programmnye produkty i sistemy [Software Products and Systems]. 4:3–7.

19. Abramov, A.G., I.V. Vasilyev, and V.A. Porkhachev. 2017. Razvitie infrastruktury autentifikatsii i avtorizatsii dlya udostoveryayushchey federatsii v ramkakh proektov eduGAIN i eduroam na baze seti RUNNet [Development of the authentication and authorization infrastructure for the identity federation within the eduGAIN and eduroam projects based on the RUNNet network]. ITNOU: Informatsionnye tekhnologii v nauke, obrazovanii i upravlenii [ITNOU: Information Technology in Science, Education and Management]. 4:56–64.

20. Abramov, A.G., I.V. Vasilyev, and V.A. Porkhachev. 2019 Printsipy funktsionirovaniya i upravleniya udostoveryayushchey federatsiey RUNNetAAI v ramkakh interfederativnogo vzaimodeystviya s proektom eduGAIN [Principles of functioning and management of the identity federation RUNNetAAI in the framework of interfederal interaction with the eduGAIN project]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 2(42):40–47.

21. Abramov, A.G., I.V. Vasilyev, Yu.N. Morin, A.P. Ovsyannikov, and V.A. Porkhachev. 2019. Voprosy sovershenstvovaniya rossiyskogo segmenta servisa rouminga v besprovodnykh setyakh eduroam v usloviyakh integratsii nauchno-obrazovatel'nykh setey RUNNet i RASNet [Issues of improving the Russian segment of the roaming service in wireless eduroam networks in the context of the integration of RUNNet and RASNet research and education networks]. Trudy Nauchno-Issledovatel'skogo Instituta Sistemnykh Issledovaniy RAN [Proceedings of the Scientific Research Institute for System Analyses of the Russian Academy of Sciences]. 9(6):67–76.

22. Abramov, A.G. 2016. Oblachnye tekhnologii na osnove otkrytykh programmnykh resheniy v universitetskoy seti RUNNet: opyt razvertyvaniya i ekspluatatsii [Cloud technologies based on open software solutions in the RUNNet university network: experience of deployment and operation]. Informatizatsiya obrazovaniya i nauki [Informatization of Education and Science]. 1(29):106–117.

23. Savin, G.I., B.M. Shabanov, A.V. Baranov, A.A. Gonchar, and A.P. Ovsyannikov. 2020. Ob ispol'zovanii federal'noy nauchnoy telekommunikatsionnoy infrastruktury dlya superkomp'yuternykh vychisleniy [On the use of the federal research telecommunications infrastructure for supercomputer computing]. Vestnik Yuzhno-Ural'skogo gos. universiteta. Seriya: Vychislitel'naya matematika i informatika [Bulletin of the South Ural State University. Series: Computational Mathematics and Informatics]. 1:20–35.

24. Arzhanova, I.V., M.Yu. Baryshnikova, V.M. Zhurakovskiy, et al. 2013. Model'naya metodologiya mnogomernogo ranzhirovaniya rossiyskikh vuzov [Model methodology for multidimensional ranking of Russian universities]. Vestnik mezhdunarodnykh organizatsiy: obrazovanie, nauka, novaya ekonomika [Bulletin of International Organizations: Education, Science, New Economy]. 8(1):8–30.

25. Pronichkin, S.V., and I.P. Tikhonov. 2013. Razrabotka sistemy kriteriev i metodicheskikh podkhodov k ekspertnoy otsenke effektivnosti deyatel'nosti nauchnykh organizatsiy [Development of a system of criteria and methodological approaches to expert assessment of the effectiveness of scientific organizations]. Natsional'nye interesy: prioritety i bezopasnost' [National Interests: Priorities and Security]. 37(226):13–18.

26. Belova, N.A. 2013. Metodika otsenki nauchnogo potentsiala regiona [Methodology for assessing the scientific potential of the region]. Regional'naya ekonomika [Regional Economy]. 51:3/2013. Available at: http://uecs.ru/logistika/item/2047-2013-03- (accessed November 6, 2020).

27. Nesterenko, T.V., Yu.I. Gushchina, and V.V. Rekeda. 2014, Nauchnyy potentsial kak faktor razvitiya innovatsionnoy sredy regiona [Scientific potential as a factor in the development of the region's innovative environment]. Fundamental'nye issledovaniya [Basic Research]. 6-5:997–1000.

28. Averchenkov, V.I., V.M. Kozhukhar, and A.S. Sazonova. 2009. Otsenka nauchnogo potentsiala regiona [Assessment of the scientific potential of the region]. Vestnik Bryanskogo gosudarstvennogo tekhnicheskogo universiteta [Bulletin of the Bryansk State Technical University]. 2(22):123–127.

29. Zadumkin, K.A., and I.A. Kondakov, 2010. Metodika sravnitel'noy otsenki nauchno-tekhnicheskogo potentsiala regiona [Methodology for comparative assessment of the scientific and technical potential of the region]. Ekonomicheskie i sotsial'nye peremeny: fakty, tendentsii, prognoz [Economic and Social Changes: Facts, Trends, Forecast]. 4(12):86–100.