Simulation Models of Electrophysiological Signals Test Sequences for Monitoring Devices of Medical Diagnostics

The article outlines the main issues and features of the formation of simulation models of electrophysiological signals and their mathematical processing. The rationale for choosing the most informative electrophysiological signals for subsequent analysis and mathematical processing is presented, and their main measurable parameters are determined. A fragment of an electrocardiosignal shape imitation model is described by standard mathematical functions is given as an example of creating models of test sequences. Such signal processing is necessary when creating models of test sequences as reference structures for subsequent reproduction by specialized devices. The authors of the article propose an original solution to the processing problem which imply a dividing the electrocardiosignal into sections without separating individual teeth. The generated models of test sequences of biosignals taken from humans can be used to evaluate the operability and accuracy of medical devices and also to train medical staff and students in medical and technical fields.