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. 2021 Feb 3;41(5):1068–1079. doi: 10.1523/JNEUROSCI.2091-20.2020

Figure 4.

Figure 4.

Predicting the neurophysiological representations in the A trial based on the previous stimuli. A, In two separate analyses, we quantified the predictive power of the multisensory discrepancy (or motor response) in the AV trial to predict the trial-wise neurophysiological representations of sound location in the A trial, either (1) within a paradigm (thick arrows) or (2) across paradigms (dotted arrows). B, Classifier performance for sound location (group-level mean, n = 19) for (left) both paradigms (ST and LT) or across paradigms (right) as cross-validated area under the ROC curve (AUC). C, Models reflecting the influence of the multisensory discrepancy (ΔVA) or motor (RAV) variables in the AV trial on the trial-wise representations of sound location, within each paradigm. Graphs show group-level t-maps of the underlying regression betas. Significance based on cluster-based permutation-based statistics (p < 0.05; see Materials and Methods). D, Same analysis computed across paradigms. E, Time course of regression betas for the results for ΔVA in C and D. Solid lines indicate the group-level mean; shaded areas are SEM values across participants.