Low-Frequency Electromagnetic Modeling for Electrical and Biological Systems Using MATLAB [Book Reviews]

The role of increasingly powerful computers in the modeling and simulation domain has resulted in great advancements in the fields of wireless communications, medicine, and space technology to name a few. In The authors of this book start from the fundamental equations that govern low-frequency electromagnetic phenomenon and go through each stage of solving such problems by striking a balance between mathematical rigor and actual implementation in code. The use of MATLAB makes the advanced concepts discussed in the book immediately testable through experiments. The book pays close attention to various applications in an electrical and biological system that are of immediate relevance in today’s world. The use of state-of-the-art human phantom meshes, especially from the Visible Human Project (VHP) of the U.S. National Library of Medicine, makes this text singular in its field. The text is systematic and very wellorganized in presenting the various topics on low-frequency electromagnetic. It also should be known that the first part of this text presents the mathematical theory behind low-frequency electromagnetic modeling and follows it with the topic of meshing. The text starts with the basics of meshing and builds it up in an easy-to-read manner with plenty of illustrations.