MODEL BASED SIMULATION OF PHYSIOLOGICAL CONTROL SYSTEMS

Abstract

Various physiological control frameworks in the human body act to balance out basic amounts and states, for example, foundational pulse, blood vessel carbon dioxide, and pH-esteem. Numerical demonstrating related to methods from control hypothesis speaks to a significant way to deal with study the unpredictable capacity and connection of physiological control instruments just as to address clinical issues that emerge when the capacity of such systems are undermined. This investigation is centered around the survey of different numerical models for respiratory mechanics, which gives the premise to the most clinically applied strategies for respiratory mechanics examination.

General Terms

Mathematical modeling, Control systems, physiological control system