K3*.3
A FMM Bidomain Boundary Element Method for Modeling Electromagnetic Brain Stimulation of a Pseudo-Realistic Cell
Vanine Sabino, David M. Czerwonky, Nahian I. Hasan, Luis J. Gomez, Purdue University
Session:
K3*: Brain Stimulation Modeling and Design Lecture
Track:
Special Sessions
Location:
Room 105
Presentation Time:
Thu, 9 Jan, 16:10 - 16:30 MT (UTC -7)
Session Co-Chairs:
Luis J. Gomez, Purdue University and Abdulkadir Yucel,
Session K3*
K3*.1: In vivo brain electrical property mapping using vision transformers and magnetic resonance measurements
Ilias Giannakopoulos, NYU Grossman School of Medicine; Riccardo Lattanzi, NYU Langone Health
K3*.2: Real-time Computation of E-field in Transcranial Magnetic Stimulation for Neuronavigation and Optimization
Nahian I. Hasan, Purdue University; Moritz Dannhauer, East Carolina University; Dezhi wang, Purdue University; Zhi-De Deng, National Institutes of Health; Luis J. Gomez, Purdue University
K3*.3: A FMM Bidomain Boundary Element Method for Modeling Electromagnetic Brain Stimulation of a Pseudo-Realistic Cell
Vanine Sabino, David M. Czerwonky, Nahian I. Hasan, Luis J. Gomez, Purdue University
K3*.4: Numerical Optimization of a 3D Multilayer Dielectric Geometry for MRI Applications
Giuseppe Carluccio, University of Napoli Federico II; Christopher Collins, Center for Advanced Imaging Innovation and Research (CAI2R) and Bernard and Irene Schwartz Center for Biomedical Imaging; Daniele Riccio, Vincenzo Miranda, Giuseppe Ruello, University of Napoli Federico II
K3*.5: Deep Learning Networks to Estimate Electric Fields From Noisy B1 Maps
Giuseppe Carluccio, University of Napoli Federico II; Eros Montin, Christopher Collins, Riccardo Lattanzi, Center for Advanced Imaging Innovation and Research (CAI2R) and Bernard and Irene Schwartz Center for Biomedical Imaging; Daniele Riccio, Giuseppe Ruello, University of Napoli Federico II
Contacts