name

Fomina Yelena Vladimirovna

Scholastic degree

—

Academic rank

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Honorary rank

—

Organization, job position

• Kuban State Medical University
 
 

Research interests

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Web site url

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Current rating (overall rating of articles)

0

TOP5 co-authors

• Artyushkov V. V. ³
• Shelyag M. M. ³
• Pokrovskiy V. M. ³
• Gritsenko S. F. ³
• Polishchuk S. V. ³

Articles count: 4

Сформировать список работ, опубликованных в Научном журнале КубГАУ

• pdf  123.109kb doc 123.109kb Views: 1290 Date: 31.10.2013
  Fomina Y. V. Filichkina M. V.

  SCIENTIFIC BASIS AND PROBLEMS BETWEEN INCOME, ECONOMIC GROWTH AND DEVELOPMENT

  08.00.00 Economic sciences

  Description

  The article discusses the scientific basis and the problems of the relationship of income growth and development in agriculture. The factors influencing the growth of income are discussed

• pdf  978.311kb doc 978.311kb Views: 3516 Date: 28.09.2009
  Pokrovskiy V. M. Polishchuk S. V. Fomina Y. V. Gritsenko S. F. Artyushkov V. V. Shelyag M. M. Lutsenko Y. V.

  SYSTEMIC-COGNITIVE APPROACH TO FORECASTING OF DURATION OF THE POSTOPERATIVE REGENERATIVE PERIOD ON THE BASIS OF THE INFORMATION ABOUT THE PATIENT, RECEIVED BY THE METHOD OF CARDIORESPIRATORY SYNCHRONISM (CRS) (cognitive structurization and formalization of a subject domain and preparation of training sample)

  14.00.00 Medical sciences

  Tags: adaptive testing information-measuring system method of cardiorespiratory synchronism postoperative regenerative period prognosis systemic-cognitive analysis
  Description

  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.

• pdf  2.397.619kb doc 2.397.619kb Views: 3203 Date: 28.09.2009
  Pokrovskiy V. M. Polishchuk S. V. Fomina Y. V. Gritsenko S. F. Artyushkov V. V. Shelyag M. M. Lutsenko Y. V.

  SYSTEMIC-COGNITIVE APPROACH TO FORECASTING OF DURATION OF THE POSTOPERATIVE REGENERATIVE PERIOD ON THE BASIS OF THE INFORMATION ABOUT THE PATIENT, RECEIVED BY THE METHOD OF CARDIORESPIRATORY SYNCHRONISM (CRS) (the decision of problems of forecasting, support of decision-making and subject domain research)

  14.00.00 Medical sciences

  Tags: adaptive testing information-measuring system method of cardiorespiratory synchronism postoperative regenerative period prognosis systemic-cognitive analysis
  Description

  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.

• pdf  430.363kb doc 430.363kb Views: 2756 Date: 28.09.2009
  Pokrovskiy V. M. Polishchuk S. V. Fomina Y. V. Gritsenko S. F. Artyushkov V. V. Shelyag M. M. Lutsenko Y. V.

  SYSTEMIC-COGNITIVE APPROACH TO FORECASTING OF DURATION OF THE POSTOPERATIVE REGENERATIVE PERIOD ON THE BASIS OF THE INFORMATION ABOUT THE PATIENT, RECEIVED BY THE METHOD OF CARDIORESPIRATORY SYNCHRONISM (CRS) (synthesis and verification of semantic information model)

  14.00.00 Medical sciences

  Tags: adaptive testing information-measuring system method of cardiorespiratory synchronism postoperative regenerative period prognosis systemic-cognitive analysis
  Description

  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.