The Temporal Interference Toolbox is a comprehensive research platform for non-invasive brain stimulation using temporal interference (TI) techniques. This project enables researchers to perform end-to-end analysis from neuroimaging data to optimized stimulation parameters.

Contributors

Ido Haber

Ido Haber

Lead Developer & Project Founder

PhD Research Assistant and software developer specializing in computational neurostimulation. Developed the idea and architecture for the TI-Toolbox.

Docker-compose architecture
Deployment Pipeline
Software Integration
Ex-search algorithm
flex-search extentions

📧 Email 🔗 GitHub
Aksel

Aksel Jackson

Core Contributor

Undergraduate Research Assistant and software developer focused on computational modeling, visualization, and analysis of electric field distribution.

Contributed to the development of:
Analyzer tool
Mesh Visualizer (Gmsh)
Pipeline Animation (Blender)
Automatic Montage Visualizer

📧 Email 🔗 GitHub

Acknowledgments

We extend our gratitude to the developers and contributors of the tools integrated into the TI-Toolbox.

  • Docker: A containerization platform for developing, shipping, and running distributed applications.
  • SimNIBS: A simulation environment for transcranial brain stimulation, enabling electric field modeling.
  • FreeSurfer: A software suite for the analysis and visualization of structural and functional neuroimaging data.
  • Gmsh: A three-dimensional finite element mesh generator with a built-in CAD engine and post-processor.
  • FSL: A comprehensive library of tools for analysis of functional and structural brain imaging data.
  • dcm2niix: A tool for converting DICOM images to NIfTI format
  • BIDS: A standardized way to organize and describe neuroimaging data.