Farui Liu

The paper constructs a prior photon measurement density function (PMDF) using a standard channel space and structural MRI database, outperforming template-based PMDF in fNIRS studies.

This paper introduces a scalp geometry-based parameter space for personalized 4x1 HD-tES montages, achieving higher targeting intensity and focality than conventional methods.

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

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.

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.