Biomedical Electromagnetic Field Numerical Analysis

Author: Yan Weili, Xu Guizhi / Country: Mainland China
Publisher:
Publish Date: 2006-09-01
Features: This book summarizes the main scientific research achievements and graduate teaching outcomes of the authors and their academic team over more than a decade in the numerical analysis of biomedical electromagnetic fields. It is rich in content, well-structured, and highly systematic. The book primarily describes the numerical methods for the forward and inverse problems of biomedical electromagnetic fields, with a focus on solving the current field forward and inverse problems for brain source localization and resistivity imaging. The content includes: fundamental equations of biomedical electromagnetic fields, finite element analysis, boundary element and finite volume element methods, brain electric signal source localization and head model construction, resistivity imaging methods and devices, neural electrical activity, and biological effects of electromagnetic fields. The book showcases the hot topics in contemporary international biomedical electromagnetic analysis. It also includes numerous computational examples. This book can serve as a textbook for Ph.D. and master's students in biomedical engineering and related fields, as well as a reference for undergraduate students and researchers.