<p>Simulated data were generated by a bivariate AR(4) model with bidirectional interaction. F<sub>X→Y</sub> and F<sub>Y→X</sub> denote the feed-forward and feed-back causal influences. Magnitude of phase-lag is seen to decrease with increase in strength of bidirectional interaction.</p
The relation between movement amplitude and the strength of interlimb interactions was examined by c...
<p>Experimental data (left column) and model simulations (right column). Model predictions were base...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phas...
<p>Simulated data were generated by a bivariate AR(3) model with unidirectional interaction. Here in...
<p>Spearman's partial rank correlation coefficient between instantaneous causality and magnitude of ...
<p>Spearman's rank correlation coefficient between instantaneous causality and magnitude of phase-la...
<p>Reciprocal interaction between human and VP gives rise to unstable (not shown), intermittent (A) ...
<p>Scatter plot showing strong negative correlation between instantaneous causality (IC) and magnitu...
<p>Percentage of connections that time-lags made more significant (more positive for positive connec...
<p>Data are collapsed across subjects. For the Human-to-VP conditions, the distributions of relative...
<p>Correlations between RT lags caused by conflict and seed-based phase locking patterns during the ...
In bimanual coordination, interactions between the limbs result in attraction to in-phase and antiph...
Click here to view linked References Different measures of directional influence have been employed ...
<p>Correlations between the RT lag caused by conflict and seed-based phase locking differences betwe...
<p>(A) Frequency (black arrow) at which the power spectrum is maximum and extent of the gamma peak (...
The relation between movement amplitude and the strength of interlimb interactions was examined by c...
<p>Experimental data (left column) and model simulations (right column). Model predictions were base...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phas...
<p>Simulated data were generated by a bivariate AR(3) model with unidirectional interaction. Here in...
<p>Spearman's partial rank correlation coefficient between instantaneous causality and magnitude of ...
<p>Spearman's rank correlation coefficient between instantaneous causality and magnitude of phase-la...
<p>Reciprocal interaction between human and VP gives rise to unstable (not shown), intermittent (A) ...
<p>Scatter plot showing strong negative correlation between instantaneous causality (IC) and magnitu...
<p>Percentage of connections that time-lags made more significant (more positive for positive connec...
<p>Data are collapsed across subjects. For the Human-to-VP conditions, the distributions of relative...
<p>Correlations between RT lags caused by conflict and seed-based phase locking patterns during the ...
In bimanual coordination, interactions between the limbs result in attraction to in-phase and antiph...
Click here to view linked References Different measures of directional influence have been employed ...
<p>Correlations between the RT lag caused by conflict and seed-based phase locking differences betwe...
<p>(A) Frequency (black arrow) at which the power spectrum is maximum and extent of the gamma peak (...
The relation between movement amplitude and the strength of interlimb interactions was examined by c...
<p>Experimental data (left column) and model simulations (right column). Model predictions were base...
<p>(A) Standard Granger causality; (B) spectral causality; (C) transfer entropy as functions of phas...
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