Our program realization of the mathematical model is easy for perception. The description of model parameters and modelling methodology of various pathologies allows to use program realization in educational and demonstration purposes. The application of computer graphics facilities during the image of processes of modelling and identification also can be used in these purposes.

The representation of the modelling object as a control system allows to define and solve various research problems with the help of mathematical model. First of all, classical problems of controlled dynamic systems: сontrollability, observability, identifiability. On the basis of mathematical model it is possible to construct real control systems by the elements of artificial and accessory blood circulation.

The definition and solving of the identification problem allows calculating a set of blood circulation model parameters by the measurements of various physiological curves in the real human organism. The program realization of the model allows tracing a deviation of the identified parameters from their normal values. It helps to use the model and its program realization in the diagnostic purposes.

The development of the production of various non-invasive sensors with BlueTooth wireless interface allows for a mathematical model of the circulatory system for the identification of parameters that reflect the status of an athlete in the training process.

The rapid development of non-invasive means of measuring the parameters of cardiovascular activities, means of wireless LAN based on BlueTooth, Wi-Fi and mobile communications allows for a mathematical model of the circulatory system as the main intelligentl element management systems for the development of devices being developed in the framework of the program intelligent home. This intelligent pacemakers, insulin pump therapy, and other similar devices with feedback.