• Eng
Rus
Introduction
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The modelling object
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Purposes
Chapter 1. Mathematical model
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Scheme of the model, control contours
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Notations
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Classification
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Oxygen metabolism model
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Vascular model
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Model of cardiac output regulation
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Ventricular model
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Neurohumoral control model
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Allometric laws
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Units of artificial and accessory blood circulation
Chapter 2. Modelling
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Blood circulation parameters
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Pathologies and modelling modes
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Technique of the model experiment
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Experimental results
Chapter 3. Identification
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Engineering-medical problem definition
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Measurements
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Observability
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Identifiability
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Estimation criteria
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Methods of solution of identification problem
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Techniques of identification experiment
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Experimental results
Chapter 4. Computer implementation
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Technologies
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Main program window
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Modelling page
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Measurements page
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Additional options
References
