ICEAA Topics

APWC Topics

FEM Topics

ICEAA Topics


APWC Topics


FEM Topics

  1. Integral equation and hybrid methods
  2. Intentional EMI
  3. Adaptive and reconfigurable antennas
  4. Complex media
  5. Electromagnetic applications to biomedicine
  6. Electromagnetic applications to nanotechnology
  7. Electromagnetic education
  8. Electromagnetic measurements
  9. Electromagnetic modeling of devices and circuits
  10. Electromagnetic packaging
  11. Electromagnetic properties of materials
  12. Electromagnetic theory
  13. EMC/EMI/EMP
  14. Finite methods
  15. Frequency selective surfaces
  16. High power electromagnetics
  17. Inverse scattering and remote sensing
  18. Metamaterials and metasurfaces
  19. Optoelectronics and photonics
  20. Phased and adaptive arrays
  21. Plasma and plasma-wave interactions
  22. Printed and conformal antennas
  23. Radar cross section and asymptotic techniques
  24. Radar imaging
  25. Radio astronomy (including SKA)
  26. Random and nonlinear electromagnetics
  27. Reflector antennas
  28. Technologies for mm and sub-mm waves
  1. Active antennas
  2. Antennas and arrays for security systems
  3. Channel modeling
  4. Channel sounding techniques for MIMO systems
  5. Cognitive radio
  6. Communication satellite antennas
  7. DOA estimation
  8. EMC in communication systems
  9. Emergency communication technologies
  10. Indoor and urban propagation
  11. Low-profile wideband antennas
  12. MIMO systems
  13. Mobile networks
  14. Multi-band and UWB antennas and systems
  15. OFDM and multi-carrier systems
  16. Propagation models
  17. Radio astronomy (including SKA)
  18. RFID technologies
  19. Signal processing antennas and arrays
  20. Small mobile device antennas
  21. Smart antennas and arrays
  22. Space-time coding
  23. Vehicular antennas
  24. Wireless communications
  25. Wireless mesh networks
  26. Wireless power transmission and harvesting
  27. Wireless security
  28. Wireless sensor networks
  1. Adaptive methods
  2. Advanced FEM Techniques
  3. CAD/Meshing Advances and Tools
  4. Discontinuous Galerkin Methods
  5. FEM for Metamaterials and Nanophotonics
  6. FEM for Multiphysics Problems
  7. FEM Modeling and Applications
  8. Hybrid Methods
  9. Integral Equation Methods
  10. Multigrid and Domain Decomposition Methods
  11. Optimization Techniques, Model Order Reduction
  12. Parallel Computation on Multi- and Many-Core Computers
  13. Time Domain FEM