Abstract
Rhythmocardiogram (RCG) approximation methods have been considered as non-equidistant time series for calculation of spectral parameters of cardiac rhythm variability (CRV). Model RCG signals provided a basis for a transition function of an interpolator. Experimental and theoretically computed transition functions of the interpolator were comparatively analyzed. Stability and accuracy parameters of CRV are discussed for model signals and actual experimental data. Correction of the transition function of the interpolator was implemented using linear and spline interpolation. Its efficiency was tested using model signals and actual experimental signals.
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