A novel software complex was developed to enable statistical processing and modeling of synchronously registered cardiosignals.
New software enables vector-model analysis of cardiosignals; leaves open prospective clinical validation before adoption.
It has been developed the software complex, that allows to perform mutual statistical processing of synchronously registered cardiosignals on the basis of the vector model of the cyclic rhythmically connected stochastic processes. The developed software provides the ability to form a discrete rhythm function, depending on the number of cycles and zones of the cardio signal to be modeled. The developed set of programs allows to perform statistical processing of synchronously registered cardiosignals of different physical nature and to obtain estimates of mathematical expectation, dispersion, autocorrelation and mutual correlation functions taking into account the rhythm function and the period. The software also allows you to simulate cardio signals, using the loaded input data of the cardiosignal, rhythm functions, the number of cycles and zones of the signal to be modeled.
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Lupenko et al. (2021) studied this question.
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