Integrating fNIRS-DOT with BESA allows researchers to leverage the spatial localization of hemodynamic responses to guide electrophysiological source analysis. Combine high temporal precision with spatial accuracy in a unified analytical workflow.
Explore the benefits of integrating fNIRS with BESA
Hardware independence
BESA operates independently of specific acquisition systems, effortlessly processing recorded EEG data from various manufacturers on a standard Windows 11 PC.
Multimodal synergy
Simultaneously capture electrical and hemodynamic changes. Spatial activation from fNIRS directly informs and validates EEG source reconstruction.
High precision
Combine the precise spatial localization of fNIRS-DOT with the millisecond temporal resolution of EEG for accurate source time-course estimation.
Enhanced connectivity
Uncover comprehensive neural networks (such as motor-to-inferior frontal cortex links), that remain undetected when using EEG or fNIRS in isolation.
Supported Modalities
EEG, MEG, OPM & fNIRS-DOT integration
Hardware requirements
standard Windows 11 PC (Enhanced CPU/RAM for large datasets)
Preprocessing tools
filtering
segmentation
artifact correction (ICA/PCA)
ERP & trigger handling
Source analysis methods
discrete dipoles
regional sources
distributed models (LORETA)
bayesian (SESAME)
Advanced analytics
source time-courses
time-frequency analysis
cross-region connectivity
group statistics
Supported Modalities
EEG, MEG, OPM & fNIRS-DOT integration
Hardware requirements
standard Windows 11 PC (Enhanced CPU/RAM for large datasets)
