Putin's Russia. Группа авторов

Putin's Russia - Группа авторов


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(in Russian).

      Akinfeeva, E. and Abramov, V. (2015). The role of science cities in the development of national innovation system of Russia, Problemy Prognozirovaniya, 1, 129–140 (in Russian).

      Aleksankov, A. M. (2017). The fourth industrial revolution and modernization of education: The global experience, Strategicheskie Prioritety, 1, 53–69. http://sec.chgik.ru/wp-content/uploads/2017/06/SP-17-1.pdf (in Russian).

      Belanovsky, S. A., Dmitriev, M. E., Komarov, V. M., Komin, M. O., Kotyubinsky, V. A. and Nikol’skaya, A. V. (2016). Analysis of Factors Executing Top-level Strategic Planning Documents, TsSR, Saint Petersburg (in Russian).

      Bondarenko V.M. (2018) Structural modernization under the condition of digital economy formation, MIR, 9 (2), 172–191 (in Russian).

      Crescenzi R. and Jaax A. (2017) Innovation in Russia: the territorial dimension, Economic Geography, 93(1), 66–88, DOI: 10.1080/00130095.2016.1208532.

      Dezhina I. (2016) Innovation policy in Russia: development, challenges and prospects, L’Observatoire, Centre D’analyse de la CCI France Russie, 12, February 2016, 1–16.

      Dmitriev, M. and Yurtaev, A. (2010). Strategy 2010: Results of execution after 10 years, Ekonomicheskaya Politika, 3, 107–114 (in Russian).

      EBRD (2018) Transition Report 2018-19 Work in Transition, EBRD, London, 1–114.

      Emel’yanov Yu.S. (2013) Public-Private Partnership: Innovation and Investment, URSS, Moscow. (in Russian).

      Federal Ministry of Education and Research (2006) The High-Tech Strategy for Germany, Public Relations Division, Germany, 1–110.

      Fonotov A. (2013) The role of the government science and technology policy in enhancing innovation activity of Russian enterprises, Problemy Prognozirovaniya, 3, 35–47 (in Russian).

      Fonotov A. (2015) Strategic goals of innovation policy, Problemy Prognozirovaniya, 5, 40–51 (in Russian).

      Gokhberg, L. M., et al., eds. (2018). Indicators of Innovation Activity, Higher School of Economics, Moscow.

      Gonchar K. (2014) Innovation behaviour of traditional industrial firms, B. Kuznetsova ed., Study on Modernization of Russian Industry: Firm Behaviour, Higher School of Economics, Moscow (in Russian).

      Idrisov G.I., Knyaginin V.N., Kudrin A.L., Rozhkova E.S. (2018) New technological revolution: Challenges and opportunities for Russia, Voprosy Economiki, 4, 5–25 (in Russian).

      Kondakov, A. (2018). Education in the Period of the Fourth Revolution, https://vogazeta.ru, accessed on 27 April 2018.

      Klochikhin E.A. (2012). Russia’s innovation policy: Stubborn path-dependencies and new approaches, Research Policy, 41, 9: 1620–1630.

      Knyaginin V.N. (Ed.) (2017). New Technological Revolution: Challenges and Possibilities for Russia, Centre for Strategy Research, Moscow, 1–134 (in Russian).

      Kurbanov, T. (2019). Russia on the way of breakthrough to the new technological structure: Economic and financial aspects, Ekonomist, 3, 3–12 (in Russian).

      Kuvalin D.B., Moiseev A.K., Lavrinenko P.A. (2018) Russian enterprises at the end of 2017: a lack of significant all economic changes and progresses of machine building, Problemy Prognozirovaniya, 3, 105–121 (in Russian).

      Kuznetsova T. and Roud V. (2013) Competition, innovation and strategy: empirical evidence from Russian enterprises, Voprosy Ekonomiki, 12, 86–108 (in Russian).

      Mau V.A. (2019). National goals and model of economic growth: New in the Russian socio-economic policy of 2018–2019, Voprosy Ekonomiki, 3, 5–28 (in Russian).

      Mau, V. A. and Kuziminov Ya, I. (eds.). (2013). Strategy 2020: New Growth Model–New Social Policy. Concluding Report on Expert Working Results Concerning Current Problems of Socio-economic Strategy of Russia in the Period by 2020, Vol. 1, ed. 2, Delo, Moscow (in Russian).

      Medvedev, D. (2016). Social and economic development of Russia: Finding new dynamics, Voprosy Ekonomiki, 10, 5–30 (in Russian).

      Ministry of Economic Development. (2016). National Report on Innovation in Russia 2016 (in Russian).

      Mizobata S. (2016) Innovation policy and market quality in Russia”, Journal of Region and Society, Osaka University of Commerce, 18, March 2016, 1–27 (in Japanese).

      Mizobata, S. (2017). Innovation policy and market quality in Russia, innovation policy and economic actors: State, markets and enterprises (with Olga Bobrova et al.), Kyoto Institute of Economic Research, Kyoto University, Discussion Paper, 965, January 2017, 1–102.

      Polterovich, V. M., Dmitriev, M. E., Yakovlev, A. A., Gurvich, E. T. and Auzan, A. A. (2017). The fate of economic programmes and reforms in Russia, Voprosy Ekonomiki, 6, 22–44 (in Russian).

      Tsygankov, A. P. (2014). The Strong State in Russia: Development and Crisis, Oxford University Press, New York.

      Uvarov, V. (2013). Innovation Development of Russian Companies on the Base of International Integration, Magistr, Moscow (in Russian).

      World Bank. (2018). Russian Digital Economy Report, September 2018, Competing in the Digital Age: Policy Implications for the Russian Federation, World Bank, Washington DC.

      Zagashvili, V. (2016). Foreign experience of import substitution and possible conclusions for Russia, Voprosy Ekonomiki, 8, 137–148 (in Russian).

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      1 In the USSR of 1970s, more than 4% of GDP was spent in sciences (Kurbanov, 2019, p. 5).

      2 See Federal Ministry of Education and Research (2006). Germany clarified its lack of competitiveness in terms of cost and sought a new level of competitiveness through innovation. In 2011, based on the negative impact of the Lehman shock of 2008, Germany started the new controversy on innovation, and in 2013 Recommendations for implementing the strategic initiative Industrie 4.0 (digitalisation), Final report of the Industrie 4.0 Working Group, was adopted. In 2015, Germany expanded the sphere of this initiative to include the service sector.

      3 National champion is a governmental policy through which large organisations not only seek profit but also help “advance the interests of the nation”; the government sets policies favouring these organisations.

      4 Ibid.

      5 From the geographical angle. Crescenzi and Jaax (2017) emphasises a strong path-dependency.

      6 The original programme was drafted by the Ministry of Information in October 2010.

      7 Dmitry Peskov (Director of the Direction “Young Professionals” of the ASI) emphasises that “the NIS cannot be created by bureaucratic methods” (https://asi.ru/eng/nti, accessed on 1 May 2019).

      8 Simultaneously, the government adopted the federal law on “Security of critical information infrastructure in Russia”.

      9 5G is the fifth-generation cellular network technology providing broadband access.

      10 Technology trade also indicates an increasing deficit, and independent of the economic sanction, it exceeds more than 1 billion dollars (2.1 billion in 2017) (Federal State Statistics Office, Russian Statistical Yearbook, http://www.gks.ru, accessed on 25 May 2019).

      11 Multinational enterprises facilitate the transmission of global advanced knowledge flows” (Crescenzi and Jaax 2017).

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