Quantification of Reproducible Spatiotemporal Dynamic Patterns Using Bootstrapping from Randomized Phase Data in the Rodent Model

Keywords

according activity actual allowing amplitude amplitudes analyzing anatomical another audience automatically averaging bandpass bilateral bilaterally biomedical bold bootstrapping bottom brain circularly clusters collected comparing complete complex component connectivity continuous correction cortex coupling cumulative delivered dense detailing detecting difficult directly distribution done duration dynamic dynamics eleven engineering every exploring filtering form formation function functional generated homologous humans illustrates implemented inability included influencing institute intended inter interpreting limitation limited linear manuscript measure measures minute model motor nature necessary normalization novel null occurring original overcome paper passing pattern patterns permuted pinpoint potentially preprocessing previous primary processes product prominent propagated properties providing published quantification quantified quantify randomized randomly rats regardless regression rejection relationship removal repeatable representation reproducible resting reveals rodent role secondary slice smallest smoothing source spatial static statistically strict studies subject suggests tailed target technology template templates thresholded tight towards unit variance visualization whole