Abstract.

The paper presents the basic conceptual positions of the system-object approach “Unit-Function-Object”. With the help of these provisions, the relationships between the main system-wide principles and regularities have been identified and substantiated. It is shown that the basis for the entire system of interrelationships of these regularities is the regularities concerning the structural characteristics of systems. In addition, the role in establishing relationships between system-wide regularities of the universal system-forming factor, as well as the causes and conditions for the appearance of a systemic effect, is shown. As a result of the conducted research, it is suggested to consider the presented system-object approach as a substantive basis of a full-fledged system theory, in connection with the fact that this approach takes into account all system-wide principles and regularities.

Keywords:

system-object approach “Unit-Function-Object”, conceptual provisions, universal system-forming factor, system-wide principles and regularities.

PP. 54-63.

REFERENCES

1. Prangishvili I.V. 2000. Sistemnyj podhod i obshhesistemnye zakonomernosti [System approach and system-wide regularities]. M.: SINTEG. 528.
2. Obshhaya teoriya sistem [General theory of systems] Available at: http://ru.wikipedia.org/wiki/Obshhaya_teoriya_sistem (accessed March 21, 2017).
3. Uzel-Funkciya-Ob#ekt [Unit-Function-Object] Available at: http://ru.wikipedia.org/wiki/ (accessed March 21, 2017).
4. Matorin S.I., Zimovec O.A., ZHiharev A.G. 2016. Obshhesistemnye principy v terminah sistemnoob#ektnogo podhoda «Uzel-Funkcija-Ob#ekt». Trudy ISA RAN. 1(66): 10-17.
5. Mel’nikov G.P. 1978. Sistemologiya i yazykovyye aspekty kibernetiki [Systemology and language aspects of cybernetics]. M.: Sov. Radio. 368.
6. Shreyder YU.A., Sharov A.A. 1982. Sistemy i modeli [Systems and models]. M.: Radio i svyaz’. 152.
7. Issledovaniya po obshhey teorii system [Research on general systems theory].1969. M.: Progress. 204.
8. Bertalanfi L. fon. 1969. Obshhaya teoriya sistem – obzor problem i rezul’tatov [General theory of systems – a review of problems and results]. V kn.: Sistemny’e issledovaniya. Ezhegodnik [In: System Research. Yearbook]. M.: «Nauka». 203.
9. Matorin S.I., Solov’eva E.A. 1996. Determinantnaya model’ sistemy’ i sistemologicheskiy analiz principov determinizma i beskonechnosti mira [The determinant model of the system and the systemological analysis of the principles of determinism and the infinity of the world]. NTI. Ser. 2 [Scientific and technical information. Series 2]. 8: 1-8.
10. Bogdanov A.A. 2003. Tektologiya: Vseobshhaya organizacionnaya nauka [Tectology: General Organizational Science]. M.: «Finansy’». 496.
11. W. Ross Ashby. 1956. An introduction to cybernetics. London: CHAPMAN & HALL LTD. 296.
12. Setrov M.I. 1969. Stepen’ i vysota organizacii system [Degree and height of organization of systems]. V kn.: Sistemnye issledovanija. Ezhegodnik [In: System Research. Yearbook]. M.: «Nauka». 159.
13. Stafford Beer. 1959. Cybernetics and Management. London: English Universities Press. 214.
14. Vinogradov V.A., Ginzburg E.L. 1971. Sistema, eyo aktualizaciya i opisanie [The system, its actualization and description]. V kn.: Sistemny’e issledovaniya. Ezhegodnik [In: System Research. Yearbook]. M.: «Nauka». 280.
15. Sedov E.A. 1993. Informacionno-e’ntropiyny’e svoystva social’ny’kh system [Informationentropic properties of social systems]. ONS [Social sciences and modernity]. 5: 92-100.
16. Taxtadzhyan A.L. 1971. Tektologiya: istoriya i problemy’ [Tectology: history and problems]. V kn.: Sistemny’e issledovaniya. Ezhegodnik [In: System Research. Yearbook]. M.: «Nauka». 273.
17. John P. van Gigch. 1978. Applied general systems theory. New York, Hagerstown, San Francisco, London: Harper & Row Publishers. 602.