<p>One RRI time series and one detrended single-channel EEG signal are shown on the left-hand side of the figure. MSE-RRI 1-3 are examples of the MSE profiles showing the MSE values of RRI from scale 1 to scale 20, while MSE-EEG 1-3 are examples of the MSE profiles showing the MSE values of EEG from scale 1 to scale 20. All the MSE-profiles show an initial increasing before a plateau or a fall.</p
<p>Graphs show change in MSE from rest in patients (red) and controls (blue) for the RM and Sternber...
<p>(A) After the original EMG signal is bandpass filtered at 20–300 Hz, it is coarse grained to extr...
The ability to monitor or even to predict the performance level of a subject when engaged in a cogni...
International audienceBackground: Multiscale entropy (MSE) estimates the predictability of a signal ...
Cardiovascular systems essentially have multiscale control mechanisms. Multiscale entropy (MSE) anal...
This paper presents a multiscale information measure of Electroencephalogram (EEG) for analysis with...
It is increasingly understood that moment-to-moment brain signal variability – traditionally modeled...
<p>Comparison between the groups that developed (blue triangle) and did not develop (red triangle) i...
Multi-scale entropy (MSE) has been recently established as a promising tool for the analysis of the ...
Generally, for healthy adults, the entropy of electroencephalogram (EEG) signals gradually decreases...
<p>(a) Regions with significant inverse correlation between the summed MSE values on the scales 11−2...
Heart rate variability (HRV) has proven to be a useful noninvasive tool to study the neuronal contro...
We introduce a generalization of multiscale entropy (MSE) analysis. The method is termed MSEn, where...
In this work, Refined Multiscale Entropy (RMSE) was applied to characterize risk of cardiac death in...
Desynchronization of the alpha rhythm is usually quantified as a loss of power in the alpha band. In...
<p>Graphs show change in MSE from rest in patients (red) and controls (blue) for the RM and Sternber...
<p>(A) After the original EMG signal is bandpass filtered at 20–300 Hz, it is coarse grained to extr...
The ability to monitor or even to predict the performance level of a subject when engaged in a cogni...
International audienceBackground: Multiscale entropy (MSE) estimates the predictability of a signal ...
Cardiovascular systems essentially have multiscale control mechanisms. Multiscale entropy (MSE) anal...
This paper presents a multiscale information measure of Electroencephalogram (EEG) for analysis with...
It is increasingly understood that moment-to-moment brain signal variability – traditionally modeled...
<p>Comparison between the groups that developed (blue triangle) and did not develop (red triangle) i...
Multi-scale entropy (MSE) has been recently established as a promising tool for the analysis of the ...
Generally, for healthy adults, the entropy of electroencephalogram (EEG) signals gradually decreases...
<p>(a) Regions with significant inverse correlation between the summed MSE values on the scales 11−2...
Heart rate variability (HRV) has proven to be a useful noninvasive tool to study the neuronal contro...
We introduce a generalization of multiscale entropy (MSE) analysis. The method is termed MSEn, where...
In this work, Refined Multiscale Entropy (RMSE) was applied to characterize risk of cardiac death in...
Desynchronization of the alpha rhythm is usually quantified as a loss of power in the alpha band. In...
<p>Graphs show change in MSE from rest in patients (red) and controls (blue) for the RM and Sternber...
<p>(A) After the original EMG signal is bandpass filtered at 20–300 Hz, it is coarse grained to extr...
The ability to monitor or even to predict the performance level of a subject when engaged in a cogni...