Preview

Discourse

Advanced search

Artificial Intelligence in the View of Philosophical Methodology: an Educational Track

https://doi.org/10.32603/2412-8562-2022-8-1-64-81

Abstract

Introduction. The problematic of artificial intelligence (AI) is one of the central issues for modern scientific and business communities. Despite the relevance and particular demand for AI professions, there is currently an acute need in the labor market for both highly qualified and young specialists in this area. According to analysts, the shortage is due to shortcomings in the system for training AI specialists. The reasons that determined the crisis of educational programs in the field of IT are considered. The main emphasis is focused on the new approaches of gaining knowledge in the training of IT specialists, appropriate to the specifics of the new realities.
Methodology and sources. The methodology of comparative analysis, interdisciplinary and philosophical approaches to the consideration of AI as an information and communication phenomenon of the new reality is used. Sources are based on the special literature of foreign (K. Schwab, N. Davis, P. Dougherty, J. Wilson and etc.) and Russian (E.M. Proydakov, V.B. Tarasov, P.M. Gotovtsev and others) authors, scientific researches (collective research of Russian scientists “Strong Artificial Intelligence”, 2021; and others), publications and websites devoted to the problems of AI, including the educational sphere (O.E. Baksansky, U. Pakhomov, etc.; www.trends.rbc.ru/trends/education and others).
Results and discussion. Main tendencies of artificial intelligence development are determined. AI is opening out both as a special field of scientific knowledge and as a huge AI-industry. The specifics of educational track in training young AI specialists are revealed; the question of the necessity of developing new educational model, implementing the needs of digital economy in terms of training highly qualified personnel in the field of IT is raised.
Conclusion. In the present conditions, when the volume of information is constantly increasing and the practice of AI development is ahead of the theory, the training of AI specialists has still a narrow profile. In this connection, we consider the latest modification of STEM education – i-STEAM, which, like STEM, is aimed at ensuring end-to-end interaction between applied tasks, fundamental research and educational system, but, unlike STEM, includes humanitarian and innovative components, which is especially relevant for training young AI specialists. However, as applied to the AI direction, the humanitarian component must be necessarily supplemented by the subject field of digital humanistic with the main emphasis on digital applied ethics as a prerequisite for progressive development of AI. It is focused that this approach of the training of AI profile meets the requirements of the human-centered digital era.

About the Authors

R. I. Mamina
Saint Petersburg Electrotechnical University
Russian Federation

Raisa I. Mamina – Dr. Sci. (Philosophy) (2007), Professor at the Department of Philosophy

5-F Professor Popov str., St Petersburg 197022



S. N. Pochebut
Saint Petersburg Electrotechnical University
Russian Federation

Stanislav N. Pochebut – Senior Lecturer at the Department of Philosophy

5-F Professor Popov str., St Petersburg 197022



References

1. Schwab, K. (2016), The Fourth Industrial Revolution, Transl., in Merkur'eva, A. (ed.), Eksmo, Moscow, RUS.

2. Schwab, K. and Davis, N. (2018), Shaping the Fourth Industrial Revolution, Transl. by Akhmetov, K., Vrublevskii, A., Karpyuk, V. and Kozlov, A., Bombora, Moscow, RUS.

3. Daugherty, P. and Wilson, J. (2019), Human + Machine: Reimagining Work in the Age of AI, Transl. by Sivchenko, O. and Yatsyuk, N., Mann, Ivanov i Ferber, Mocow, RUS.

4. “Artificial intelligence, development, applications” (2019), Sci-news, available at: https://scinews.ru/2019/oblasti-primenenija-trendy-i-tehnologii-iskusstvennogo-intellekta/ (accessed 15.10.2021).

5. “Robots Couriers” (2019), Tadviser, available at: http://www.tadviser.ru/index.php/Продукт: Роботы-курьеры__JDcom (accessed 16.10.2021).

6. Proidakov, E.M. (2018), “The current state of artificial intelligence”, Naukovedcheskie issledovaniya [Scientific research], available at: https://cyberleninka.ru/article/n/18013229 (accessed 12.08.2021). DOI: 10.31249/scis/2018.00.09.

7. “Chatbots: Present and Future of Artificial Intelligence” (2020), Promdevelop, available at: https://promdevelop.ru/chat-boty-nastoyashhee-budushhee-iskusstvennogo-intellekta/ (accessed 02.11.2021).

8. Kozlov, S. (2017), Transformer - a new neural network architecture for working with sequences, available at: https://habr.com/ru/post/341240/ (accessed 15.08.2021).

9. Gogitidze, K. (2017), “Artificial intelligence: threat or helper to humanity”, BBS News, available at: https://www.bbc.com/russian/features-38931070 (accessed 15.08.2021).

10. Burtsev, M.S., Bukhvalov, O.L., Vedyakhin, A.A. and etc. (2021), Sil'nyi iskusstvennyi intellekt: na podstupakh k sverkhrazumu Strong artificial intelligence: approaching the superintelligence, Intellektual’naya literatura, Moscow, RUS.

11. Makarov, I.M. and Topcheev, Yu.I. (2003), Robototekhnika: Istoriya i perspektivy [Robotics: History and prospects], Nauka, MAI, Moscow, RUS.

12. ”Neuchâtel”, Tochka-na-karte, available at: https://tochka-na-karte.ru/Goroda-i-Gosudarstva/5615-Neushatel.html (accessed 10.08.2021).

13. “Biography of Joseph-Marie Jacquard”, Roslenta, available at: https://www.roslenta.ru/page_pid_86.htm (accessed 11.08.2021).

14. “The history of robotics: from antiquity to the present” (2019), Robotics House, available at: https://www.robo.house/ru/istoriya-robototexniki/ (accessed 11.08.2021).

15. “Charles Babbage, mathematician and inventor of the world's first computer: 224 years since his birth” (2015), Habr, available at: https://habr.com/ru/post/388517 / (accessed 08.11.2021).

16. “Humanoid robots: benefits and problems of anthropomorphic mechanisms” (2019), PVSM, available at: https://www.pvsm.ru/robototehnika/304681 (accessed 11.08.2021).

17. “Humanoid robots: benefits and problems of anthropomorphic mechanisms” (2019), Habr, available at: https://habr.com/ru/company/toshibarus/blog/435536/ (accessed 11.08.2021).

18. “Retrospective of technology startups. Z3 – the first relay computer” (2018), Habr, available at: https://habr.com/ru/post/428055/ (accessed 12.08.2021).

19. Shamis, A.L. Ot modelei povedeniya k modelyam myshleniya [From patterns of behavior to patterns of thinking], available at: https://www.abbyy.com/media/7774/от-поведения-к-мышлению.pdf (accessed 12.08.2021).

20. “Everything you wanted to know about Rosenblatt's perceptrons but were afraid to ask” (2020), Habr, available at: https://habr.com/ru/company/sberdevices/blog/529932/ (accessed 12.08.2021).

21. Tarasov, V.B. (2020), “Artificial Intelligence: From the Past to the Future. About the Life Path and Scientific Heritage of Prof. Dmitry A. Pospelov”, Artificial Intelligence and Decision Making, no. 2, pp. 19–42. DOI: 10.14357/20718594200202.

22. Simonov, N. (2019), “Three waves of AI”, STIмул, available at: https://stimul.online/articles/science-and-technology/tri-volny-ii/ (accessed 12.08.2021).

23. Gotovcev, P.M. , “Why does artificial intelligence need ethics?”, Etika.nplus1, available at: https://etika.nplus1.ru/programmer/ai-ethics (accessed 13.08.2021).

24. “What is STEM education, and why companies value such specialists”, RBK Trendys, available at: https://trends.rbc.ru/trends/education/5f6399a69a79471ec02bfe4f (accessed 21.11.2021).

25. Pakhomov, Yu. (2021), “STEM and STEAM education: from preschooler to university graduate”, Pedsovet, available at: https://pedsovet.org/article/stem-i-steam-obrazovanie-ot-doskolnika-dovypusknika-vuza (accessed 19.11.2021).

26. Gazdieva, B.A., Akhmetzhanova, A.A., Sagyndykova, Zh.O. and etc. (2018), Mezhdunarodnyi opyt razvitiya predprinimatel'skogo i STEAM-obrazovaniya v stranakh OESR i v mire: analiticheskii otchet [International experience in the development of entrepreneurial and STEAM education in OECD countries and in the world: analytical report], Izd-vo KGU im. Sh. Ualikhanova, Kokshetau, KAZ.

27. Baksanskii, O.E. (2016), “Megascience: methodology of convergence”, Bulletin of Vologda State Univ. Series: Humanities, Pedagogical and Social Sciences, no. 3, pp. 20–24.

28. Digital humanities: in search of definitions (2017), in Terras, M., Nyhan, D., Vanhoutte, E. and Kizhner, I., Transl. by Val'kova, Yu., Sokolovskii, Ya. and Shileikis, K., Siberian Federal Univ. Press, Krasnoyarsk, RUS.

29. Mamina, R.I. and Pirainen, E.V. (2021), Tsifrovye delovye kommunikatsii: monogr [Digital business communications: monograph], ID «Petropoplis», SPb., RUS.


Review

For citations:


Mamina R.I., Pochebut S.N. Artificial Intelligence in the View of Philosophical Methodology: an Educational Track. Discourse. 2022;8(1):64–81. (In Russ.) https://doi.org/10.32603/2412-8562-2022-8-1-64-81

Views: 1073


Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.


ISSN 2412-8562 (Print)
ISSN 2658-7777 (Online)