Authors: S.A. Sogonov, A.V. Alekseev, M.A. Maksimova, A.A. Ravin, O.V. Khrutsky
Abstract
The article summarizes results of formalization, analysis and system of breakthrough technologies of creation and operation of marine automated systems in protected version (MASPV) in the context of previously formulated priority technologies for the development of ship energy as part of critical technologies of the Russian Federation. Based on the analysis of their priority and breakthrough technologies, the completed foresight analysis of trends in the integrated development of MASPV allows us to identify new research methods and technologies with one-time search and synthesis of promising design solutions to ensure priority of development, military-technical superiority and competitive ability of MASPV-co-created warships and civil ships.
Keywords: ship power engineering, marine automated system in protected version, breakthrough technology, priority.
References
1. Alekseev A.V., Kuznetsov V.V., Sogonov S.A., Ravin A.A., Khrutsky O.V., Egorov V.R. Morskaya energetika kak ob'ekt forsayta: analiticheskyy obzor prioritetnosti razvitiya tekhnologicheskikh resheny korabelnoy energetiki i avtomatiki [Marine energy as an object of the foresight: an analytical review of the priority of the development of technological solutions for ship power engineering and automation] // Actual problems of marine energetics: proceedings of the Ninth International Scientific and Technical Conference within the framework of the Fourth All-Russian Scientific and Technical Forum "Parallel energy: from the past to the future". — St. Petersburg. Publishing House of SPbGMTU, 2020, pp. 15 — 22.
2. Alekseev A.V., Kuznetsov V.V., Sogonov S.A., Ravin A.A., Khrutsky O.V. Morskaya energetika na rubezhe cifrovizacii i intellektualizacii sistemnogo upravleniya [Marine energy at the brink of digitalization and intellectualization of system management] // Actual problems of marine energetics: materials of the Ninth International Scientific and Technical Conference within the framework of the Fifth All-Russian Scientific and Technical Forum "Ship Power Engineering: from the past to the future". - St. Petersburg: Publishing House of SPbGMTU, 2021, pp. 36 — 39.
3. Sogonov S.A., Alekseev A.V., Maksimova M.A., Ravin A.A., Khrutsky O.V. Proryvnye tehnologii morskih avtomatizirovannyh sistem v zashhishhennom ispolnenii [Breakthrough technologies of marine automated systems in protected execution] // Actual problems of marine energetics: proceedings of the Eleventh International Scientific and Technical Conference. — St. Petersburg: Publishing House ofSPbGMTU, 2022, pp. 69 — 77.
4. Bobrovich V.Yu., Alekseev A.V., Antipov V.V., Smolnikov A.V. Informacionnaya zhivuchest korablya: ugrozy, model, sistemnye trebovaniya, puti realizatsii [Information survivability of the ship: threats, model, system requirements, ways of implementation] // Information security of the regions of Russia (IBRD-2021). XII St. Petersburg Interregional Conference. St. Petersburg, 28 30.10.2021: Materials of the conference /SPOISU. — St. Petersburg, 2021, pp. 265 — 267.
5. Soloviev I.V., Vakolyuk O.P. Problemy i perspektivy razvitiya korabelnyk sistem i sredstv upravleniya [Problems and prospects of development of ship systems and controls] // Military thought. 2001. No. 1. pp. 31 — 33.
6. Shilov K.Yu. Perspektivy razvitiya integrirovannykk korabelnykk sistem cketvertogo pokoleniya [Prospects for the development of integrated ship systems of the fourth generation] // Marine Bulletin. 2018. No. 2 (66). pp. 81 — 84.
7. Kirsanov K.A., Popkov A.A., Sichkar T.V. Problemy formirovaniya reestra proryvnykk tekknology v kontekste ekonomickeskik problem stanovleniya tsivilizatsi znaniya i riska: voprosy sovremennogo tekknologostroeniya [Problems of formation of the register of breakthrough technologies in the context of economic problems of the formation of the civilization of knowledge and risk: issues of modern technological engineering] // Bulletin of Eurasian Science, 2018, No. 6, Volume 10. — 18 p.
8. Decree of the President of the Russian Federation No. 899 dated 07.07.2011 "On approval of priority directions for the development of science, technology and engineering and the list of critical technologies of the Russian Federation". (In Russian)
9. The digital economy of Russia. The Government of the Russian Federation, 28.07.2017. (In Russian)
10. Decree of the President of the Russian Federation No. 474 dated 21.7.2020. On the national development goals of the Russian Federation until 2030. (In Russian)
11. Breakthrough technologies of the future. Sergey Gorkov's speech (2018) / Webpage: https://yandex.ru/video /preview/?text=breakthrough% 20technologies%20 of the future&path= wizard&parent-reqid=1639991360363126-18405556049758596748-sas3-0974-986-sas-l7-balancer-8080-BAL-3924&wiz_type = vital&FilmID=16661194922648365695. Accessed on: 20.12.2021.
12. 20 amazing technologies of the future that will change the world in the next 30 years // Webpage: https://www.infoniac.ru /news/20-udivitel-nyh-tehnologi-budushego-kotorye-izmenyat-mir-v-blizhaishie-30-let.html. Accessed on: 12/20/2021.
13. Review of 10 breakthrough technologies of 2021 by MIT. Webpage: https://habr.com/ru/company/rshb/blog/557228/. Accessed on: 20.12.2021.
About authors:
S.A. Sogonov, PhD, associate professor, St. Petersburg State Marine Technical University (SMTU), St. Petersburg
A.V. Alekseev, DSc, professor, SMTU, St. Petersburg
M.A. Maksimova, PhD, associate professor, SMTU, St. Petersburg
A.A. Ravin, DSc, associate professor, SMTU, St. Petersburg
O.V. Khrutsky, DSc, professor, SMTU, St. Petersburg
Issue: 68/69 (2022)
For citation: S.A. Sogonov, A.V. Alekseev, M.A. Maksimova, A.A. Ravin, O.V. Khrutsky. Promising directions and technologies for the development of marine automated systems in protected design. Research Bulletin by Russian Maritime Register of Shipping. 2022, No. 68/69, pp. 82-91.
UDC 681.518
Fr: 8:30 – 16:15 (msk)