M. Memarian Sorkhabi

This paper introduces a programmable TMS device that electronically controls stimulation location and type without moving the coil, enabling real, sham, and multi-target stimulation.

This paper introduces an automated animal movement tracking system using computer vision to quantify behavioral data in neuroscience trials.

This study models cardiac artifacts in brain-machine interfaces and finds that skull-mounted devices require less CMRR to suppress ECG artifacts compared to pectoral-mounted systems.