Lijiang Wei

Scaling Personalized TMS: A Scalp-Based MRI-guided Alternative to Neuronavigation

This paper develops and validates a scalp-based MRI-guided method for personalized TMS targeting, showing comparable performance to neuronavigation systems.

Transcranial Brain Atlas Based on Photon Measurement Density Function in a Triple-Parameter Standard Channel Space

This paper introduces PMDF-TBA, a transcranial brain atlas for fNIRS that improves spatial localization by using group-averaged PMDFs from MRI data, outperforming single-head model approaches.

Evaluation of scalp-based targeting methods of DLPFC for TMS therapy: EEG cap F3, Beam F3, CPC F3, and adjusted Beam F3

This study compares four scalp-based targeting methods for DLPFC TMS, finding CPC F3 offers best reliability and training efficacy despite slower speed than EEG cap.

Personalized connectivity-based network targeting model of TMS for treatment of psychiatric disorders: computational feasibility and reproducibility

This study evaluates a personalized network targeting model for TMS in psychiatric disorders using rsfMRI data, finding that 28-minute scans and clustering improve site identification stability.

A scalp geometry parameter-space for optimization and implementation of conventional TMS coil placement

This paper introduces a scalp geometry parameter-space (SGP) that combines the advantages of coordinate-dependent and 10-20 systems for optimizing and implementing TMS coil placement.