Abstract <p>A mathematical model of convergence to the equilibrium state of one of the main mechanisms of neurogenic regulation of blood pressure, arterial baroreceptor reflex, is proposed. The baroreceptor complex model consists of two interacting hybrid automata, one representing the sympathetic nervous system and the other the cardiovascular system. A theorem on the convergence of the baroreceptor complex to the equilibrium state is proved.</p>

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Convergence of an Automaton Model of the Baroreceptor Complex

  • E. E. Gasanov,
  • M. E. Shirinyan

摘要

Abstract

A mathematical model of convergence to the equilibrium state of one of the main mechanisms of neurogenic regulation of blood pressure, arterial baroreceptor reflex, is proposed. The baroreceptor complex model consists of two interacting hybrid automata, one representing the sympathetic nervous system and the other the cardiovascular system. A theorem on the convergence of the baroreceptor complex to the equilibrium state is proved.