<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phase difference at 10 Hz; and (D) phase difference at 10 Hz as a function of the coupling strength, with the time delay in coupling kept constant.</p
Spectral causalities are now widely used in physical and biological sciences to characterize directi...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
<p>The Granger causality vs. units (N) for different cross-correlation coefficients with a = 0.022....
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of the ...
<p>Relations between the reconstructed causality and effects of phase-locking and phase differences ...
<p>Relations between the reconstructed causality and phase-related effects in the case where the pha...
Understanding the details of the correlation between time series is an essential step on the route t...
Understanding the details of the correlation between time series is an essential step on the route t...
<p>Phase synchrony and Granger causality between the three components. Asterisks (*) denote statisti...
Spectral measures of causality are used to explore the role of different rhythms in the causal conne...
<p>(A) The time courses of with . (B) The average value and its confidence interval of the Granger ...
<p><b>A</b>: Strong coupling (). <b>B</b>: Weak coupling (). As predicted by the phase derivation (9...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
A method that enables measurement of the degree of coupling between two signals is presented. The me...
In many signal processing applications, especially in the analysis of complex physiological systems,...
Spectral causalities are now widely used in physical and biological sciences to characterize directi...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
<p>The Granger causality vs. units (N) for different cross-correlation coefficients with a = 0.022....
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of the ...
<p>Relations between the reconstructed causality and effects of phase-locking and phase differences ...
<p>Relations between the reconstructed causality and phase-related effects in the case where the pha...
Understanding the details of the correlation between time series is an essential step on the route t...
Understanding the details of the correlation between time series is an essential step on the route t...
<p>Phase synchrony and Granger causality between the three components. Asterisks (*) denote statisti...
Spectral measures of causality are used to explore the role of different rhythms in the causal conne...
<p>(A) The time courses of with . (B) The average value and its confidence interval of the Granger ...
<p><b>A</b>: Strong coupling (). <b>B</b>: Weak coupling (). As predicted by the phase derivation (9...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
A method that enables measurement of the degree of coupling between two signals is presented. The me...
In many signal processing applications, especially in the analysis of complex physiological systems,...
Spectral causalities are now widely used in physical and biological sciences to characterize directi...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
<p>The Granger causality vs. units (N) for different cross-correlation coefficients with a = 0.022....
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