IEEE 10th International Symposium on Microwave, Antenna, Propagation and EMC Technologies for Wireless Communications (IEEE MAPE 2023)

Key Topics

• Microwave Electronics
  • Power Amplifiers, Linearization, and Active Components
  • Passive and Active Circuits
  • Microwave and Millimetre-Wave ICs
  • MMICs and Microwave Circuits
  • Waveguide Structures
  • Millimetre-Wave and Sub-Millmetre-Wave Components, Circuits and Systems
• Systems and Services
  • WLANs
  • Mobile satellite communication
  • MIMO Technologies
  • Wireless Sensors and Ad Hoc Networks
  • 6G Mobile Wireless Systems
  • UWB and Impulse Radio
  • Space-Time Channel Characterization and Modeling
• Propagation
  • Millimeter- and Optical-Wave Propagation
  • Mobile and Indoor Propagation
  • Ionospheric Propagation
  • Earth-Space and Terrestrial Propagation
  • Diversity Techniques and Fading Countermeasures
  • Propagation and channel characterization
  • Random Media and Rough Surfaces
  • Signal Separation and Interference Rejection
• Antennas
  • Active and Integrated Antennas
  • Microstrip and Printed Antennas
  • Mobile and Base Station Antennas
  • Array Antennas, Phased Arrays, and Feeding Circuits
  • Ultra-Wideband, Broadband, and Multi-band Antennas
  • Adaptive and Smart Antennas
  • Millimeter Wave and Sub-Millimeter Wave Antennas
  • Reconfigurable Antennas and Arrays
  • MEMS/Nanotechnology for antennas
• EMC Technologies
  • EMC of Components & Integrated Circuits, PCB, Electronic Packaging & Integration
  • EMC Sources: Electromagnetic Environment, Lightning, Intentional EMI & EMP, High Power Electromagnetics, ESD, UWB
  • System Level EMC
  • EMC in Power Systems, Power Quality
  • EMC in Smart Grids
  • EMC in Power Electronics
  • EMC in Communications: Wired & Wireless Communications, 6G, UWB, Power Line Communications
  • EMC in Internet of Things
  • EMC in Aerospace
  • EMC Standards, Management & Regulations
• Electromagnetics
  • Metamaterials
  • Electromagnetic Theory
  • Computational Electromagnetics
  • Complex Media and Artificial Media
  • Time-Domain Techniques
  • High-Frequency Techniques