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Computational Methods for Electromagnetic Inverse Scattering

Author: Xudong Chen
Edition: 1st Edition
Binding: Paperback (depends on availability)
Paper Quality: White Paper
Category: Electromagnetics, Inverse Scattering, Computational Physics
Recommended For:
Graduate students, researchers, and professionals in applied physics, electrical engineering, computational mathematics, and electromagnetic theory.

Key Points with Brief Descriptions:

  • Advanced EM Inverse Scattering Theory:
    Offers a rigorous and in-depth treatment of inverse scattering problems in electromagnetics, particularly relevant for imaging and non-destructive testing.

  • Focus on Numerical Methods:
    Presents a range of computational approaches including Born, Distorted Born, Contrast Source Inversion (CSI), and other advanced iterative and optimization-based methods.

  • Mathematical and Physical Foundation:
    Explains the mathematical modeling and physical interpretations essential for understanding complex wave interactions in inverse problems.

  • Real-World Applications:
    Covers applications in radar imaging, geophysical exploration, biomedical imaging, remote sensing, and antenna diagnostics.

  • Illustrative Examples and Case Studies:
    Includes algorithmic insights, numerical simulations, and examples that clarify theoretical discussions and demonstrate practical relevance.

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Writer                             Xudong Chen (Author)

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