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Introduction to Avionics and Radar Systems, Radar Working Principles. Development of The Radar Equation Without Losses and With Losses And Noise. Types of Radar Systems Their Equations,characterizations And Parameters. The Use of Pulse-compression For Better Radar Resolution And The Matched Filter For It. Development of The Target Detection And False Alarm Probabilities in Thepresence of Noise For Various Rcs. Development of Measurement Methods of Range,velocity and Angles. Description of The Radar Hardware Elements (transmitter, Antenna, Receiver Andprocessor), Their Technologies And Costs. Learning Outcomes# In The End of The Course The Student Will Know How To# 1. Solve The Radar Equation For Different Radar Types and Scenarios 2. Calculate and Choose Different Waveforms 3. Choose The Proper Pulse Compression Method and Its Matched Filer 4. Calculate Detection and False-alarm Probabilities For Various Targets 5. Choose The Elements of The Radar System According to The Technical And Economic Requirements.

Faculty: Aerospace Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

(44098 - Intr.to Electrical Engineering+lab and 94411 - Probability (ie))