주제: Neuroengineering for the Better Life: From Research to Application
연사: 김동현 박사 (뉴로핏)
일시: 2019년 4월 22일(월) 오후 5시
장소: 자연계캠퍼스 우정정보관 601호
주최: 고려대학교 BK21플러스 뇌공학SW인재양성사업단, 뇌인공지능연구센터, 뇌공학연구소
후원: 고려대학교 뇌공학과, 뇌인지과학융합전공, 인공지능 대학ICT연구센터
Computational brain modeling has a crucial role for setting stimulation parameters in electrical brain stimulation (EBS). It provides not only electric field distribution in the brain given stimulation parameters, but also provides stimulator position and amplitude to stimulate target region optimally. Thus, setting a patient-specific stimulator position via individualized computational brain modeling is essential for stimulate the target site to enhance functionality or rehabilitate brain disorders precisely. Using computational study, individualized brain model could be generated by MR images, show the electric field depending on stimulation parameter, and help to find proper stimulation position and amplitude.
In this lecture, I show how we could make tES Lab., an analysis software for individualized-electrical brain stimulation, and the challenges that we have been encountered in the development phase. It would be helpful to understand the neuroengineering technology commercialization from research to application.