INTRASYSTEM INTERACTIONS ON THE BASIS OF «SIMILARITY» MODEL (ACTUALIZATION)

The first part of the paper is dedicated to theoretical questions of intrasystem interactions between system's eigen qualities and contains investigations of structural invariants of two-particle interactions on the basis of «similarity» model (interactions on «similarity») that arise under conditions of non-equilibrium constraints and metastability. Statements and conclusions of theory of interactions on «similarity» and «pseudo-similarity» are actualized in the second part of the paper. All theoretically established types of interactions of eigen system qualities, that disclose sense identity of mechanisms of these qualities, are revealed and empirically confirmed on real data gathered under a project named «Social tension in districts and regions of Russia». The interactions on «similarity» (with the kinds: synchrony, in-phase synchrony, asynchrony and likeness of particular aspects of interaction) are actualized and rationally explained. All scientifically established (in the first part of this paper) interactions on «pseudo-similarity» that manifest moments of difference in a system, are verified within the same project. Possible options for integrating a model of «pseudo-similarity» into a model of third participant (eigen quality) of the interaction are actualized too. In doing so, arising local system feedback mechanisms affecting order center of third participant became empirically confirmed scientific fact.

Authors: T. L. Kachanovа, B. F. Fomin

Direction: Informatics, Computer Technologies And Control

Keywords: Open systems, Physics of open systems, eigen qualities of systems, models of two-particle interactions, interaction on «similarity» model, interaction on «pseudo-similarity» model

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