Brad D. Manor

Group optimization methods for dose planning in transcranial electrical current stimulation (tES)

This paper introduces a group optimization framework for tES dose planning using representative head models, showing improved consistency and predictive power compared to individualized approaches.

Towards the identification and optimization of the "dose-response" relationship of transcranial direct current stimulation

This paper investigates how variations in electric field distribution from tDCS affect cognitive-motor outcomes in older adults and shows that optimized multichannel montages can improve targeting and reduce variability.

Convolutional neural network MRI segmentation for fast and robust optimization of transcranial electrical current stimulation of the human brain

StarNEt, a deep learning model, improves MRI segmentation for transcranial electrical stimulation by providing faster and more accurate white and gray matter masks compared to FreeSurfer.