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MATHEMATICAL MODEL OF DOUBLE-PHASE HOMEOSTASIS SYSTEM BY THE EXAMPLE OF SYSTOLIC BLOOD PRESSURE

Abstract

The mathematical and simulation models of the circadian rhythm of the systolic blood pressure, as well as stochastic and simulation models of the systolic blood pressure control in the stress situations are developed.

About the Author

Maria S. Gavrilova
Ulyanovsk State University.
Russian Federation


References

1. Markovskij M.V. Matematicheskaya model` dinamiki arterial`nogo davleniya / M.V. Mar-kovskij, A.V. Efimov // Nauchnaya sessiya MIFI-2000: sb. nauch. tr. – M.: MIFI, 2000. – T. 2. – S. 118−119. – In Russian.

2. Gavrilova M.S. Matematicheskaya model` dinamiki sistolicheskogo arterial`nogo davleniya v momenty` stressovy`x situacij u zdorovogo cheloveka / M.S. Gavrilova // Molodoj uchyony`j. – 2009. – # 8. – S. 6–8. – In Russian.

3. Sannikov I.A. Matematicheskaya model` fazovoj stabilizacii arterial`nogo davleniya u bol`ny`x arterial`noj gipertoniej / I.A. Sannikov [i dr.] // Vestn. aritmologii. – 2002. – # 27. – S. 71. – In Russian.


Review

For citations:


Gavrilova M.S. MATHEMATICAL MODEL OF DOUBLE-PHASE HOMEOSTASIS SYSTEM BY THE EXAMPLE OF SYSTOLIC BLOOD PRESSURE. Vestnik of Don State Technical University. 2012;12(1-1):25-30. (In Russ.)

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ISSN 2687-1653 (Online)