Name
Shelyag Mikhail Mikhaylovich
Scholastic degree
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Academic rank
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Honorary rank
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Organization, job position
The company "Rhythm"
Web site url
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Articles count: 17
In the article we suggest second semantic information model of the systemic cognitive analysis where a quantitative measure of knowledge and cognitive integrated criterion which is the sum of knowledge of behavior of the object of management under the influence of system of factors are proved on the basis of probability theory
In the article the problem of discrepancy of spontaneously developing structure of expenses for production of agrarian and industrial complex to its rational form defining high economic-economic results of activity of the enterprises of agrarian and industrial complex, first of all high volumes of production and received profit is formulated. Its stage-by-stage decision is offered, including: updating of mathematical model of the Sk-analysis, providing the problem decision; cognitive domain structurization, classification of created private models and subtasks solved with their help, subject domain formalisation; revealing of dependences between structure of expenses and production volumes in agrarian and industrial complex by synthesis and verification of semantic information model of a subject domain (SIM) and its researches on convergence and stability from volume of investigated sample; research of the automated technology and system of techniques of forecasting of volumes of manufacture of various kinds of production on the set structure of expenses and decision-making support at a rational choice of structure of the expenses defining set target economic-economic indicators of activity of the enterprises and agrarian and industrial complex as a whole; research of a subject domain by research of its semantic information model; research and application of a technique of an estimation of efficiency of offered models and technologies; recommendations about introduction and application of the developed models and technologies in agrarian and industrial complex of Krasnodar region
In this article application of a new method of an artificial intellect is examined: systemic-cognitive analysis and its toolkit - "Eidos" system are used for an estimation of level of nonspecific resistance of an organism of patient on the basis of the preoperative information about it received by a method of cardiorespiratory synchronism (CRS) and forecasting of duration of the postoperative rehabilitation period on this basis. The technology and a technique of cognitive structurization and subject domain formalization, and also preparation of training sample is described in detail.
In this article application of a new method of an artificial intellect is examined: systemic-cognitive analysis and its toolkit - "Eidos" system are used for an estimation of level of nonspecific resistance of an organism of patient on the basis of the preoperative information about it received by a method of cardiorespiratory synchronism (CRS) and forecasting of duration of the postoperative rehabilitation period on this basis. The technology and a technique of cognitive structurization and subject domain formalization, and also preparation of training sample is described in detail.
In this article application of a new method of an artificial intellect is examined: systemic-cognitive analysis and its toolkit - "Eidos" system are used for an estimation of level of nonspecific resistance of an organism of patient on the basis of the preoperative information about it received by a method of cardiorespiratory synchronism (CRS) and forecasting of duration of the postoperative rehabilitation period on this basis. The technology and a technique of cognitive structurization and subject domain formalization, and also preparation of training sample is described in detail.
In the article the mathematical model, a technique of numerical calculations (including algorithms and structures of data) and their program realization in an infrastructure of universal cognitive analytical system of "Eidos", and also the intellectual technology and a technique of revealing and research of functional dependences of volumes of production in regional agrarian and industrial complex from structure of expenses are offered. Results of appliance of the given intellectual technology on materials of agrarian and industrial complex of Krasnodar region are resulted and the recommendations about perfection of structure of expenses are offered on their basis
The essence of perspective method of Direct-costing" consists of use of direct variable expenses which directly concern on production cost price (so-called relevant expenses), not only for the account, but first of all as factors of management of volumes of manufacture of various kinds of production. However this method has a number of lacks: first, this analysis is carried out within the limits of system of controlling of the enterprise, instead of branches and diversified agrarian and industrial complex of region; secondly, in calculations of this method is accepted, that production volumes linearly depend on expenses for its manufacture that is true only at extensive evolution of manufacture, in the narrow limits defined enough at which manufacture volumes can increase extensively without technology and organization change; thirdly, in calculations of this method the force and direction of influence of factors, and also a kind of function of this influence is not defined. Overcoming of these lacks could raise efficiency of the Direct-costing method and expand area of its application. However, this problem was not set and was not solved, first of all, because of absence of a corresponding mathematical method, and also program toolkit realizing it and a technique of its application. In this work the given problem is set and its complex decision is offered. Numerical examples are resulted
The essence of perspective method of Direct-costing" consists of use of direct variable expenses which directly concern on production cost price (so-called relevant expenses), not only for the account, but first of all as factors of management of volumes of manufacture of various kinds of production. However this method has a number of lacks: first, this analysis is carried out within the limits of system of controlling of the enterprise, instead of branches and diversified agrarian and industrial complex of region; secondly, in calculations of this method is accepted, that production volumes linearly depend on expenses for its manufacture that is true only at extensive evolution of manufacture, in the narrow limits defined enough at which manufacture volumes can increase extensively without technology and organization change; thirdly, in calculations of this method the force and direction of influence of factors, and also a kind of function of this influence is not defined. Overcoming of these lacks could raise efficiency of the Direct-costing method and expand area of its application. However, this problem was not set and was not solved, first of all, because of absence of a corresponding mathematical method, and also program toolkit realizing it and a technique of its application. In this work the given problem is set and its complex decision is offered. Numerical examples are resulted
The essence of perspective method of Direct-costing" consists of use of direct variable expenses which directly concern on production cost price (so-called relevant expenses), not only for the account, but first of all as factors of management of volumes of manufacture of various kinds of production. However this method has a number of lacks: first, this analysis is carried out within the limits of system of controlling of the enterprise, instead of branches and diversified agrarian and industrial complex of region; secondly, in calculations of this method is accepted, that production volumes linearly depend on expenses for its manufacture that is true only at extensive evolution of manufacture, in the narrow limits defined enough at which manufacture volumes can increase extensively without technology and organization change; thirdly, in calculations of this method the force and direction of influence of factors, and also a kind of function of this influence is not defined. Overcoming of these lacks could raise efficiency of the Direct-costing method and expand area of its application. However, this problem was not set and was not solved, first of all, because of absence of a corresponding mathematical method, and also program toolkit realizing it and a technique of its application. In this work the given problem is set and its complex decision is offered. Numerical examples are resulted