[Download the PDF Call for Papers]
Papers may address all aspects of simulation techniques, computational methods and/or focus on scientific and engineering applications. The following is a list of suggested topics. Contributions in other areas of computational electromagnetics and applications will be considered.
Computational Methods1. Integral Equation Methods 2. Differential Equation Methods 3. Mode Matching Methods 4. High Frequency Methods 5. Time Domain Methods 6. Hybrid Techniques 7. Numerical Modeling of EM problems 8. Multi-scale/Multi-physics EM simulation 9. Fast and Efficient techniques 10. Data-sparse Representation 11. Others Simulation Techniques1. Mesh Generation 2. Scientific Visualizations 3. User Interfaces 4. Computer Graphics 5. Parallel and GPU Computations 6. Design & Optimization Techniques 7. Others Education1. Education in Electromagnetics Applications1. Novel Design Technologies for Antennas and Devices 2. Antennas and Devices for Specific Applications 3. Active and On-Chip Antennas 4. Millimeter-wave, THz and Optical Antennas and Devices 5. Metamaterial 6. Indoor and Mobile Propagation 7. Guided Waves and Waveguides 8. EGB, FSS, Periodic Structures 9. Wireless Power Transfer Technologies 10. Scattering and Diffraction 11. Inverse Scattering and Imaging 12. EMC/EMI Technologies 13. Microwave Photonics, THz Technologies 14. Optoelectronic Devices and Integration 15. Remote Sensing, Radar and Measurements 16. Nano-scale Electromagnetics 17. Quantum Electrodynamics 18. Bioelectromagnetics, Biomedical Applications 19. Others |