Fields, Networks, Computational Methods, and Systems in Modern Electrodynamics

I Fields.- Electrodynamic Modeling of Metamaterials with Negative Refractive Index.- Representation of the Field Excited by a Line Source near a 2D Periodic Artificial Material.- Surface Wave Excitation at Edges in Anisotropic Impedance Surfaces.- Multimode Modeling and Imaging in Nondestructive Testing.- Statistical Aspects of Radar Polarimetry.- On Wave Dynamics Pertaining to Structures with Aperiodic Order.- On Some Elements of the Spectral Theory of Diffraction by Singularities.- The Truncated Floquet Wave Diffraction Theory for Planar Phased Arrays: An Overview.- Efficient Analysis of Cascaded Structures by the Method of Lines (MoL).- II Networks.- Design of Waveguide Filters Using Multiple Irises and Folded Elements.- Lagrangian Equivalences and the Approximation of Fields by Networks.- Network Methods Applied to Multilayered Cylindrical Radiating Structures.- Application of System Identification to Time-Domain Modeling of Electromagnetic Structures.- Hybrid Transmission Line Matrix - Multipole Expansion (TLMME) Method.- III Computational Methods.- EM-Based Simulation of Substrate Coupling in Integrated Circuits.- The Impedance/Admittance Transformation Concept in Engineering Electrodynamics.- Physical-Based Methods for Matrix Compression in Large Array Problems: A Unified View.- Embedding Approach to Handling Complexity in Electromagnetic Field Problems.- TLM Model Order Reduction.- IV Systems.- A New Antenna Principle for Satellite Radio Reception including the Option for Diversity and Multiband Application.- Simulation of Systems Containing Electromagnetic, Analogue and Digital Subsystems.- A Ray-Optical Channel Model for Vehicle-to-Vehicle Communication.- RFID: Ideas for Future Development.- UTD Modelling of Radar Scenes for Coherent Multiband Processing.- Compact Overview of a Scheme for Sensing Shallowly-Buried Objects Beneath a Moderately Rough Interface.