UDC 519.14+519.17
1 International Scientific-Educational Center of Information Technologies and Systems, National Academy of Sciences of Ukraine and Ministry of Education and Science of Ukraine, Kyiv, Ukraine
 TymNad@gmail.com
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SIGN INFORMATION SPACE AND “GOLD” NUMBER
Abstract. The article describes a sign information space for which axioms of a sign combinatorial space are fulfilled
and which exists in two states: collapsed and expanded. Collapsed space is given by an information sign that contains
all the properties of the expanded space. Ordered combinatorial space is characterized by the fact that upon its deployment,
combinatorial numbers (Fibonacci numbers) are formed, through which a “gold” number is manifested in wildlife.
This number is also inherent in ordered information space, through which the harmony of thinking is manifested, and chaos is minimized.
Keywords: sign information space, combinatorial configuration, combination, placement with repetitions, Fibonacci numbers, “gold” number.
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REFERENCES
- Timofieva NK Sign combinatorial spaces and artificial intelligence. Shtuchnyy intelekt. 2015. 1–2 (67–68). P. 180–189.
- Timofieva N.K. On the fractal structure of sign combinatorial spaces. Mathematical and Computer Modeling. Series: Physical and Mathematical Sciences. 2017. Iss. 15. P. 236–242.
- Levitin D. Structured thinking. Clear mind in information chaos Ukrainian translation. Kyiv: Our Format, 2017. 420 p.
- Tsikunov I.K. Processing of semi-structured information using causal analysis of situations. USiM. 2001. N 4. P. 61–76.
- Slyusarevsky MM Information space: critique of existing definitions and an attempt to build a theory. Bulletin of V.N. Karazin Kharkiv National University.. Ser .: Psychology, Political Science: Personality and transformational processes in society [in Ukrainian]. Kharkiv: V.N. Karazin KhNU, 1999. N 439, P. 4–5. P. 337–342.
- Timofieva N.K. Numerical methods for solving combinatorial optimization problems: Abstract diss. … Dr. Tech. Sciences. Kyiv. Kyiv, 2007. 32 p.
- Timofieva NK Recurrent-periodic method for generating combinatorial configurations. Combinatorial configurations and their application: Proceedings of the tenth interuniversity scientific-practical seminar (October 15-16, 2010, Kirovograd, Ukraine). Kirovograd, 2010. P. 138–141.
- The world of mathematics: in 40 volumes. Vol. 1. Korbalan F. Golden section. The mathematical language of beauty [in Russian]. Moscow: De Agostini. 2014. 160 p.
- Soroko E., Egorova-Gudkova T., Krygin A. Innovative quality management in the design of natural complex systems: self-organization and metric bases. Proc. XIV Int. conf. "Control and management in complex systems" (KUSS-2018). (October 15-17, 2018, Vinnytsia, Ukraine). Vinnytsia, 2018. P.16.
- Soroko E.M. Golden sections, processes of self-organization and evolution of systems. Introduction to the general theory of systems harmony [in Russian]. Moscow: Book House "LIBROKOM", 2012. 264 p.
- Timofieva N.K., Gritsenko V.I. Modeling and solving applied combinatorial optimization problems that arise in intelligent geodistributed dynamic systems. USiM. 2014. N 1. P. 8–25.
- Hardin G. The tragedy of the commons. Science. 1968. Vol. 162, N 3859. P. 1243–1248.
