| Abstract: |  The aim is introduce a simulation programming language Modelica and its wide range of object-oriented modeling. Demonstrated object is Guyton's model of the famous scientist A. C. Guyton (1919 - 2003) from the University of Mississippi, which describes the circulation system and overall regulation. Common features of model are complexity and size. Implementation of such a model represents an innovative approach to creating large-scale models. Modelica language describes advantages over existing simulation languages. The thesis demonstrates the possibility and the ability to of acausal modeling exploitation not only in science but also in industry.
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