<p>Relations between the reconstructed causality and phase-related effects in the case where the phase shift between the driver and response is : (A) measure of spectral Granger causality as a function of frequency; (B) transfer entropy as a function of the time lag ; (C) phase-locking index and (D) phase shift as functions of frequency.</p
<p>(A) The underlying model of this study was phase synchronization of two coupled phase-oscillators...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
This paper presents an extension of the Dynamic Causal Modelling (DCM) framework to the analysis of ...
<p>Relations between the reconstructed causality and effects of phase-locking and phase differences ...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of the ...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phas...
<p>(A) Estimated spectral causality; (B) transfer entropy; (C) phase-locking index; and (D) phase di...
The frequencyspecific Granger causality test is extended to a more general null hypothesis that allo...
Spectral measures of causality are used to explore the role of different rhythms in the causal conne...
Understanding the details of the correlation between time series is an essential step on the route t...
<p>Simulated data were generated by a bivariate AR(3) model with unidirectional interaction. Here in...
Determination of causal-effect relationships can be a difficult task even in the analysis of time se...
Understanding the details of the correlation between time series is an essential step on the route t...
A widely agreed upon definition of time series causality inference, established in the sem-inal 1969...
The description of generic features of each panel is the same as in Fig 7. A. and B. Two specific ex...
<p>(A) The underlying model of this study was phase synchronization of two coupled phase-oscillators...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
This paper presents an extension of the Dynamic Causal Modelling (DCM) framework to the analysis of ...
<p>Relations between the reconstructed causality and effects of phase-locking and phase differences ...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of the ...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phas...
<p>(A) Estimated spectral causality; (B) transfer entropy; (C) phase-locking index; and (D) phase di...
The frequencyspecific Granger causality test is extended to a more general null hypothesis that allo...
Spectral measures of causality are used to explore the role of different rhythms in the causal conne...
Understanding the details of the correlation between time series is an essential step on the route t...
<p>Simulated data were generated by a bivariate AR(3) model with unidirectional interaction. Here in...
Determination of causal-effect relationships can be a difficult task even in the analysis of time se...
Understanding the details of the correlation between time series is an essential step on the route t...
A widely agreed upon definition of time series causality inference, established in the sem-inal 1969...
The description of generic features of each panel is the same as in Fig 7. A. and B. Two specific ex...
<p>(A) The underlying model of this study was phase synchronization of two coupled phase-oscillators...
Assessing Granger causality (GC) intended as the influence, in terms of reduction of variance of sur...
This paper presents an extension of the Dynamic Causal Modelling (DCM) framework to the analysis of ...