Software

ANT

ANT is an open-source framework for real-time M/EEG analysis and visualization, offering a full-featured pipeline for neuroimaging research:

• Real-time feature extraction from M/EEG signals.
• Multi-level processing, from sensor-space to source-space analyses.
• 3D brain visualization, mapping activation onto a reconstructed brain from the subject’s MRI.
• Neurofeedback integration, enabling real-time monitoring of responses.
• Artifact correction in real time, including:
  • ORICA (Online Recursive ICA) for source separation
  • Adaptive regression (LMS) to remove EEG blink artifacts
  • Real-time SSP (Signal Space Projection) for MEG artifact removal
  • HFC (homogenious field correction) for OPM-MEG data
• Lightweight project management, for organized and efficient experimentation.
• Flexible and extensible tools suitable for neuroimaging, visualization, and neurofeedback applications.

TIDE

TIDE focuses on the identification and validation of a biomarker for tinnitus, providing a personalized, data-driven approach to chronic tinnitus diagnosis:

• Full and semi-automatic preprocessing and analysis of EEG data
• Unified file management for data collected from multiple sites and paradigms
• Tools specifically designed for tinnitus biomarker discovery

Neurograph

Neurograph enables graph learning from smooth signals derived from M/EEG or fMRI data, supporting advanced analyses of brain connectivity and network dynamics.