The conducted research allowed to obtain additional data on the state of cardiovascular and to determine the factors affecting the accuracy of their interpretation. The necessity of using various mathematical functions to describe the shape of the pulse wave, including the rising and falling fronts, as well as the peak of the wave, was proved. The developed software allows modeling of pulse waves for people with different individual characteristics. The program algorithms are based on medical research. Thus, the obtained data, combined with traditional medical criteria, allow for a more accurate assessment of a person's health condition and detection of a number of diseases during examinations or medical procedures. When developing the software, specific terms of the subject area were taken into account, and modern software tools were used to solve the set tasks.
$^1$Peter the Great St. Petersburg Polytechnic University, Institute of Electronics and Telecommunications, Higher School of Applied Physics and Space Technologies.
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