The Union-Intersection (UI) principle is the basis for testing hypotheses about the topographic and tomographic distributions of such ERP/ERF components. The ...
This work introduces statistical tests for assessing simultaneously the significance of spatiotemporal event-related potential/event-related field (ERP/ERF) ...
Random fields—Union intersection tests for detecting functional ...
pmc.ncbi.nlm.nih.gov › PMC6870966
Electrophysiological (EEG/MEG) imaging challenges statistics by providing two views of the same underlying spatio‐temporal brain activity: a topographic ...
Random field-union intersection tests for EEG/MEG imaging. - Europe PMC
europepmc.org › article › med
This work introduces statistical tests for assessing simultaneously the significance of spatiotemporal event-related potential/event-related field (ERP/ERF) ...
Electrophysiological (EEG/MEG) imaging challenges statistics by providing two views of the same spatiotemporal data: topographic and tomographic.
This work introduces statistical tests for assessing simultaneously the significance of spatiotemporal event-related potential/event-related field (ERP/ERF) ...
Thus, the power of this proposal is that one could construct statistical tests for the topographic distribution of the original sensor recordings. On the other ...
The approach using the union‐intersection (UI) principle provides a framework for hypothesis testing about any linear combination of sensor data, ...
The Union-Intersection (UI) principle is the basis for testing hypotheses about the topographic and tomographic distributions of such ERP/ERF components. The ...
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