Behavior of radiated electromagnetic waves in atmosphere, space, urban and indoor environments; path, frequency and antenna selection for practical communication systems; propagation prediction.
This is an important senior level course for students in the electromagnetics and communications area. Greater demand for flexibility and portability has led to a boom in the cellular-radio telephone industry, and recent research efforts by leading telecommunications firms indicate that radio links may replace wires in offices and factories of the future, becoming the more conventional offices and factories of the future. More conventional types of radio communication are used extensively by military and consumer industries throughout the RF spectrum. This course presents fundamental concepts for understanding, evaluating, and predicting radio propagation effects throughout the radio spectrum and in a variety of scenarios. This material is not presented in-depth elsewhere in the EE curriculum and is an excellent complement to ECE 4104 (Microwave Techniques), ECE 4114 (Antennas), ECE 4634 (Analog and Digital Communications), and ECE 4644 (Satellite Communications). Students planning careers in radar, communication systems, or electromagnetics are introduced to fundamental concepts which govern radio wave propagation. This course illustrates how electromagnetic field theory can be applied to the development of practical design tools such as link budgets. This course builds on the fundamental EM field concepts learned in ECE 3105 and 3106.
Percentage of Course
|Review of basic electromagnetic and communications concepts||10%|
|Propagation and antennas at high frequencies (HF)||10%|
|Space wave propagation at VHF and above||20%|
|Receiver signal statistics||10%|
|Diversity and anti-multipath techniques||10%|
|Propagation modeling in urban and indoor environments||20%|
|Propagation considerations in systems designs||20%|