Design Theory in the Research of Complex Cyber-Physical Systems with Organizational Artistic-Aesthetic and Culturological Structures in the Development of Post-Nonclassical Methodology Based on Nbic-Convergences

  • Authors

    • V L. Zhukov
    • L T. Zhukova
    2018-07-07
    https://doi.org/10.14419/ijet.v7i3.5.15204
  • NBIC - convergence, design, VCIDS, cognitive and bio-technologies, concept.
  • In the theory of design, the processes (methodology) are explored of constructing complex cyber-physical systems with organizational artistic and aesthetic structures that arise in the course of civilizational crises in the context of a universal history in the evolution of its culture based on NBIC-convergences.

     

     

  • References

    1. [1] Ignatiev, M.B, (2014), Cybernetic picture of the world, Complex cyberphysical systems: Textbook. Allowance, MB Ignatiev; pref. acad. RAN S. V. Emelyanova,3rd ed., Revised, and additional, - SPb .: GUAP, p. 472.

      [2] Zhukov, V. L, (2013), Research of visual information systems and modules in the subject area of design objects represented by a cluster of small architectural plastics, V.L. Zhukov, V.I. Polyakov, V.A. Khmyznikova, Design. Materials. Technology, - SPb, No. 4 (29), p. 27-33.

      [3] Bublyev, S, Zargaryan, Ye, (2010), A system approach to solving control problems under uncertainty conditions, Proc, Intern, Congress on Intelligent Systems and Information Technologies "AIS-IT 10", Scientific, Ed, Moscow: Fizmatlit, Vol. 3, pp. 273- 276.

      [4] Waynezek, S, (2014), 100 main principles of design, S. Weinshek. - St. Petersburg: Peter, p. 272.

      [5] Zhukov V. L, (2014), Futurology in theory and practice of design on the example of the development of a composite solution and the technology of making accessories that determine the development trends in improving the appearance of a person, V.L . Zhukov, O. S. Juromskaya, Design. Materials, Technology, - St. Petersburg, No. 4, pp. 25-32.

      [6] Kovalchuk M.V, The convergence of science and technology is a breakthrough in the future.

      [7] Rodzin S.I., Titarenko I.N, (2013), Philosophical Problems of Mutual Integration of Nano-, Bio-, Info- and Cognitive Technologies, Proc, Intern, Congress on Intelligent Systems and Information Technologies "AIS-IT 13". Scientific, ed, Moscow: Fizmatlit, T. 2, p. 3-15.

      [8] Yarushkina N.G, (2009), Fundamentals of the theory of fuzzy and hybrid systems: Textbook. Allowance, NG Yarushkina. - Moscow: Finance and Statistics, p. 320.

      [9] Rybina G.V, (2010), The Basics of Building Intellectual Systems: Textbook,Help, G.V. Rybina, Moscow: Finance and Statistics; INFRA-M, p. 432.

      [10] Gladkov L.A., Kureichik V.V., Kureichik V.M, (2010), Genetic Algorithms, Ed. V.M. Kureichik. - 2 nd ed. Corrected, and additional. - Moscow: FIZMATLIT, p. 368.

      [11] Tarasov V. B., Golubin A. V, (2007), Fuzzy genetic algorithms. Intellectual systems. Collective monograph. Issue. 2 / ed. V.M. Kureichik. - Moscow: Fizmatlit, p. 295.

      [12] Alifov A.A, (2010), A Unified Law of Inanimate and Living Systems, Tr. Intern. Congress on Intelligent Systems and Information Technologies "AIS-IT 10". Scientific, ed, Moscow: Fizmatlit, Vol. 1, pp. 7-14.

      [13] Alushin A.L., Knyazeva E.N, (2012), Tempory: the speed of perception and time scales, A.L. Alyushin, E.N. Knyazeva. Ed. The 2 nd. - М .: Publishing house "LKI", p. 240.

      [14] Styopin V.S, (1994), Scientific picture of the world in the culture of technogenic civilization, V.S. Styopin, L.F. Kuznetsova .- M.: RAN, Institute of Philosophy, p. 274.

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  • How to Cite

    L. Zhukov, V., & T. Zhukova, L. (2018). Design Theory in the Research of Complex Cyber-Physical Systems with Organizational Artistic-Aesthetic and Culturological Structures in the Development of Post-Nonclassical Methodology Based on Nbic-Convergences. International Journal of Engineering & Technology, 7(3.5), 60-64. https://doi.org/10.14419/ijet.v7i3.5.15204