CONTENT HIGHLIGHTS • Basic Radar Architecture • Radar Range Equation • Equivalent isotropically radiated power • Computing signal to noise ratio • Antenna Basics • Aperture & radiation pattern • Mono-static vs. bistatic • Electronically steered antenna • Radio Frequency Mixing • Carrier frequency mixing • Homodyne & heterodyne receiver • Waveform Design • Bandwidth • Frequency & Pseudo-noise modulated continuous wave radar • Pulse repetition interval • Matched Filter
I.D.# C1627
SCHEDULE July 22-23, 2019 Troy, Michigan November 4-5, 2019 Troy, Michigan
FEES List:
$1,415 $1,274
Members:
TWO-DAYS/1.3 CEUS
Get the complete course description and register: sae.org/learn/content/c1627/
• Envelope detector output • Range & Doppler resolution • Radar Range • Automotive Radar Types • Overview of Applications • Automotive Radar Parameters • Radio Propagation Channel • Signal to Clutter Ratio • Channel Fading • Radio Frequency Interference • Character of Radar Targets • Radar Cross Section Definition
• Canonical Shapes • Wavelength Effects • Polarization Effects • Statistical Character of Extended Targets • Estimating Peformance • Hypothesis Testing for Detection • Statistics of Detector Output • Receiver Operating Characteristic and Detector Error Trade Curves INSTRUCTOR William Buller Principal Investigator, Michigan Tech Research Institute
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