A Copula-Based Granger Causality Measure for the Analysis of Neural Spike Train Data.In systems neuroscience, it is becoming increasingly common to record the activity of hundreds of neurons simultaneously via electrode arrays.  Here, we suggest a copula-based Granger causality measure for the analysis of neural spike train data. 
Copula-Based Granger Causality Measure
A Copula-Based Granger Causality Measure for the Analysis of Neural Spike Train Data.In systems neuroscience, it is becoming increasingly common to record the activity of hundreds of neurons simultaneously via electrode arrays.  Here, we suggest a copula-based Granger causality measure for the analysis of neural spike train data. 
copula-based Granger causality measure
A Copula-Based Granger Causality Measure for the Analysis of Neural Spike Train Data.In systems neuroscience, it is becoming increasingly common to record the activity of hundreds of neurons simultaneously via electrode arrays.  Here, we suggest a copula-based Granger causality measure for the analysis of neural spike train data. 
Granger causality measure
This method is built upon our recent work on copula Granger causality for the analysis of continuous-valued time series by extending it to point-process neural spike train data. 
copula Granger causality for the analysis of continuous-valued time series
This method is built upon our recent work on copula Granger causality for the analysis of continuous-valued time series by extending it to point-process neural spike train data. 
copula Granger causality