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Project
A bioelectromagnetic software platform for computer-assisted transcranial magentic stimulation and conductivity estimation
We study accurate methods for solving bioelectromagnetic problems numerically which can be coupled to TMS and MRI. More specific, we develop a software platform (1)to calculate the impact of present TMS stimulators on the neurological system; (2)to design more optimal TMS coil configurations; (3)to estimate patient-specific conductivity values of the different brain tissues using an MR-based technique IC-MREIT.
Date:1 Oct 2010 → 5 Jan 2016
Keywords:induced current-magnetic resonance electrical impedance tomography (IC-MREIT), conductivity estimation, impedance method, transcranial magnetic stimulation, bioelectromagnetism
Disciplines:Other (bio)medical engineering, Neurosciences, Biological system engineering, Biomechanical engineering, Biological and physiological psychology, Other paramedical sciences, Medical imaging and therapy, Developmental psychology and ageing, Biomaterials engineering, Medical biotechnology, Cognitive science and intelligent systems