Wave Propagation

Radiowave propagation encompasses the study of electromagnetic wave interactions with various types of environments (from urban canyon settings to suburban landscapes to remote unpopulated locations) within the framework of various types of radio configurations (from indoor wireless microcells to outdoor cellular and sensor networks to over the horizon). As the scope and application of the subject are comprehensive, a diverse set of analytical, numerical, statistical, and empirical tools are being developed to model and assess the radio link. Specific areas of ongoing research include the following:

  • Propagation in random media (irregular terrains, foliage-covered terrains, multi-layered inhomogeneous terrains)
  • Near-earth wave propagation for sensor networks
  • Antenna design and analysis for near-earth applications.
  • Propagation in urban and suburban settings
  • Indoor field coverage estimation and issues related to scattering and propagation effects of walls and buildings
  • Modeling and inversion of radar responses for microwave and millimeter-wave remote sensing applications


ECE Faculty

Afshari, Ehsan
England, Anthony W
Grbic, Anthony
Michielssen, Eric
Mortazawi, Amir
Nashashibi, Adib Y.
Sarabandi, Kamal
Tsang, Leung
Ulaby, Fawwaz T.

Related Labs, Centers, and Groups
Radiation Laboratory (RADLAB)