#### Name

Lutsenko Yevgeniy Veniaminovich

#### Scholastic degree

•

#### Academic rank

professor

#### Honorary rank

â€”

#### Organization, job position

Kuban State Agrarian University

#### Web site url

## Articles count: 271

In the article, it is demonstrated that for the present stage of evolution of controlling its increasing infiltration into averages and small firms is typical. Thus, there is a problem to discover uniform, simple in assimilation and the inexpensive toolkit of the control unit-ensuring making of intellectual procedures for management on various hierarchy levels of control of company. Demands to control unit tooling are justified; it is demonstrated that to the formulated demands there matches a method of the computerized system-cognitive analysis and its tooling â€“ "Eidos"system. Instances of application of the yielded tooling for the problem of quality management of preparation of specialists, information security, determination of the nomenclature and volume of the implementable goods, a basic technology and staff management selection are shown

The article defines the problem and the points of socio-economic systems in the agro-industrial complex (APC) and proposes using automated system-cognitive analysis (ASCA). The solution to this problem is shown as an example of an integrated multi-industrial agricultural system (IMPI APC). Theoretical basis, mathematical model, technique of numerical calculations and software tools of ASC-analysis, and the main results and prospects of its application to control the

Dependence of the Earth polar motion on celestial bodiesâ€™ positions is examined on the basis of semantic information models

The article briefly reviews the method and basic concepts of the automated system-cognitive analysis and the possibility of its application for the comparable assessment of the effectiveness of uni-versities, at the conceptual level

In the article the technology of application of systemic-cognitive analysis for creation a real trading firm on the basis of data and application of a technique of forecasting and decision-making support at such choice of the nomenclature and volumes of realised production which provide reception of the maximum profit and profitability in it is described

In the article general mathematical expression for a quantitative assessment of system (synergetic) effect, arising when integrating buleans (systems), being a generalization of sets in system generalization of the theory of varieties and independent of an expedient (algorithm) of formation of subsystems in system is offered. For this quantitative standard the name is offered: Â«Generalized coefficient of emergence by R.HartliÂ» because of likeness of its mathematical shape to the local coefficient of emergence of Hartli, reflecting a degree of difference of system from the variety of its base devices. For local coefficient of emergence of Hartli, the generalization independent of an expedient (algorithm) of formation of subsystems in system is offered. Numerical estimates of system's effect are given at integrating of two systems with ap-plication of the author's program to which the refer-ence is given

In the article the possibility of restoration of values of one-dimensional and two-dimensional functions both between values of argument (interpolation), and behind their limits (extrapolation) on the basis of use of the aprioristic information on interrelation between signs of argument and values of function in reference points with use of systemic-cognitive analysis and its toolkit - "Eidos" system is discussed. Numerical examples and visualisation of results are resulted

In the article the technology and a technique of application of systemic-cognitive analysis and its toolkit - "Eidos" system for information semantic models of time numbers (on an example of one of segments of the share market) and uses of these models for the decision of problems of forecasting and decision-making support, and also subject domain research is examined

#### QUANTITATIVE AUTOMATED SWOT AND PEST ANALYSIS USING ASC-ANALYSIS AND "EIDOS X++" INTELLIGENT SYSTEMS

SWOT analysis is a widely known and generally accepted method of strategic planning. However, this does not preclude the fact that itâ€™s been criticized, often quite fair and well-reasoned. A critical review of the SWOT analysis revealed quite a lot of his weaknesses (disadvantages), the source of which is the need to engage experts, in particular to assess the strength and direction of influence factors. It is clear that the experts do it by the informal (intuitive), on the basis of their professional experience and competence. But experts have their limitations and often for various reasons they can't and don't want to do it. Thus, the problem arises of the SWOT-analysis, without the involvement of experts. This problem can be solved through automation of the functions of the expert, i.e. by measuring the strength and direction of influence factors directly based on empirical data. This technology was developed long time ago, it is already 30 years old, it was named "Eidos". This article on real numerical examples describes in detail the possibility of automated quantitative SWOT analysis by means of ASC-analysis and intelligent systems of "Eidos X++" without help of experts, when the estimations are based directly on empirical data. We have also proposed a solution of direct and inverse problems of the SWOT analysis. PEST analysis has been considered as a SWOT analysis, with more detailed classification of external factors. Therefore, the conclusions obtained in this article on the example of SWOT analysis can be extended to PEST-analysis

In the article appointment of the alphabet is discussed and criteria of its efficiency are proved. The technology and an application technique of systemic-cognitive analysis and its toolkit - "Eidos" system for a quantitative estimation of standard graphic fonts on one of these criteria: discernability of symbols are examined in details.