… This variability in heart rate is the subject of further mathematical and statistical analysis,
being the basic source for arrhythmia data. Figure 1 shows how heart rate variability data can …

… by algorithmic computer analysis of Holter tapes. Statistical formulae expressing standard
… In practical terms this means that the results of standard statistical formulae are seriously …

… heart rate variation for healthy subjects of age from 6 to 16 yrs and observed the statistical
… Therefore, we apply DFA to the analysis of biological data, which calculates the root-mean-…

… variability can be assessed in two ways: by calculation of indices [16] based on statistical
operations on RR intervals (time domain analysis) or by spectral (frequency domain) …

… statistical analysis. ARTiiFACT provides (a) import options for raw ECG data as well as IBI
data, (b) automated artifact detection based on distribution-related criteria determined for each …

… The availability of laboratory computers with advanced statistics now allows us to describe
complex heart rate patterns. As the technology has improved, it is now becoming clear that …

… analysis of heart rate variability (HRV). Therefore, we apply some rather unconventional
methods of nonlinear dynamics to analyze the HRV. Especially, some complexity measures that …

… for his help with statistical analysis. For help with HRV I … The analysis of heart rate variability
(HRV) has become an … -invasively quantify variability within heart rate. Purposes of this study …

… of heart rate variability (HRV)—the complex modification of the heart rate over time—has
become a widely adopted tool to noninvasively index autonomic control of the heart rate (…

… on the extrinsic regulation of the heart rate (HR). HRV is thought to reflect the heart’s ability
to adapt to … Table 1 Result of statistical and geometric parameters of heart rate (Fig. 1) …