Scientific Journal of KubSAU

Examples of setting and solving of prognosis tasks and support of decision takings (management) for agro industrial holding on the base of its two-level semantic informational model are casted.

Research of two-level semantic information model of agro industrial holding means research of holding by itself, because verification of model showed its high adequacy.

The mathematical essence of systemic information theory(STI) offered by the author is the mathematic model of systemic-cognitive analysis ( SC-analysis) realized in its programming instruments – universal cognitive analytical system “AIDOS”.

Problem of existence of global antientropic factor of system development as a universal information variational law (UIVL) is positioned in the article. Variational laws in physics, chemistry, theory of technology development, economics, psychology, some of them are known, and others , firstly in explicit form, have been formulated in this article. Mathematical model, based on systemic theory of information, and realizing its algorithm of pure y evolutional (extensive), purely revolutionary ( intensive) and mixed system development is offered and realized more often in practice. Numerical valuations of emergency increase degree, information accumulation rate in a system and other information system features in evolution in accordance with these models and algorithm.

Management problem of agro industrial holding is formulated in the article in general, from one hand, it is necessary to work out recommendations and adaptive model on holding management for it, and from other hand, designing of its model is difficult because of high complexity and dynamics of inner logistics of an management object, its territorially distributed and multi branch character, large amount of economic indexes, characterizing its activity on different levels of its organization. General method of formulated problem decision by means of systemic-cognitive approach is offered. First stage of model synthesis is described: cognitive structure formation of private models, entering its multi-level semantic information model.

Initial data for designing of two-level semantic information model of management of agro industrial holding are analyzed in the article, task of their automatizing transformation to the form, directly sensing by the system “ AIDOS ” with the help of one of its standard interfaces is positioned and solved. Algorithm and initial program text, providing these functions, results of its work and automatically formed handbooks of classes and factors on their base by the system “ AIDOS ”, training fetch for private models, entering the two-level semantic information model of management of agro industrial holding are casted as well.

Application of systemic-cognitive analysis and its programming set of instruments of the system “AIDOS” for synthesis of a semantic informational model, taking into account the influence of different factors on sums of insurance payments of car insurance KASKO and use of this model for prognosis of insurance payments sums is described in the article.

Application of systemic-cognitive analysis and its programming set of instruments of a system “AIDOS” for synthesis and marketing research of semantic informational model of publicity service market (advertisers of modern glossy magazines) of Krasnodar and Krasnodar krai are described in this article.

The idea of systemic generalization of mathematics was substantiated by the author and the first step on its realization was done: variant of systemic information theory was proposed. There was done an attempt to do the second step in the same way: one of the possible approaches to the systemic generalization of mathematic understanding of set on the conceptual level, namely the approach, based on systemic information theory. It is supposed that this approach can become the basic one for systemic generalization of set theory and creation of mathematic theory of systems.

Demand to the method of statement of problem is substantiated and degree of known methods correspondence to these demands is determined, the most available method of problem decision is chosen by the substantiated criteria, the essence of chosen problem and the method of its application to decide the problem in view, including synthesis of semantic informational model and evaluation of its adequacy are described in brief as well.