MIT Lincoln Laboratory Radar Course
Radar concepts, radar equation, propagation, RCS, waveforms, antennas, transmitters, receivers and detection in noise.
Primary Technical References
NASA/JPL Imaging Radar Overview
Round-trip timing, radar pulse bandwidth, range resolution, SAR processing, polarization and backscatter interpretation.
NASA NISAR SAR Overview
Range and azimuth resolution, pulse bandwidth, phase, polarization and radar image interpretation.
ITU-R P.676
International recommendation for attenuation by atmospheric gases and related propagation effects.
Sandia SAR Introduction
Intuitive explanation of SAR range/azimuth resolution, synthetic aperture and Doppler processing.
MIT Lincoln Laboratory Phased Array Radar History
Background on phased-array radar development, radiating elements, phase shifters and transmit/receive module technology.
MIT Lincoln Laboratory: Development of Phased-Array Radar Technology
MIT OpenCourseWare Adaptive Antennas and Phased Arrays
Technical course material on adaptive antennas, phased arrays, array elements and beamforming concepts.
RadarTutorial.eu
Didactic reference for radar block diagrams, pulse radar timing, monostatic radar concepts, range measurement and radar equation teaching structure.
EMSOPEDIA
Reference for EMSO/EW mission taxonomy, including stand-off jammer task, stand-in jammer task, collaborative EW and radar electronic countermeasures in support-jamming geometry.
EMSOPEDIA: Stand-Off Jammer Task
Keysight Antenna Measurement Fundamentals
Measurement-oriented reference for antenna gain, radiation pattern, beamwidth, polarization and far-field/near-field concepts.
Keysight: Introduction to Antenna Theory and Antenna Measurement Fundamentals
Richard A. Poisel, Antenna Systems and Electronic Warfare Applications
Local reference supplied by the user. Used as a technical guide for EW antenna system taxonomy: wire antennas, aperture antennas, arrays, transmission lines, waveguides, monopulse, direction finding, log-periodic, spiral, patch and active antenna systems.
John D. Kraus and Ronald J. Marhefka, Antennas for All Applications
Local reference supplied by the user. Used as a broad antenna theory reference for radiation principles, antenna types, patterns, gain, polarization and practical antenna families.
Nicholas A. O'Donoughue, Emitter Detection and Geolocation for Electronic Warfare
Local reference supplied by the user. Used for the direction-finding module structure: detection, AOA estimation, Watson-Watt, Doppler DF, phase interferometry, array-based AOA, triangulation, TDOA, FDOA and geolocation error metrics.
Practical Geolocation for Electronic Warfare Using MATLAB
Local reference supplied by the user. Used as an applied guide for bearing-line geometry, estimator workflow, geolocation examples, error ellipses and practical DF/TDOA/FDOA processing concepts.
Emitter Detection and Geolocation References
Local references supplied by the user. Used for the deinterleaving module concepts: pulse descriptor words, detection-to-measurement flow, PRI analysis, emitter track formation and the connection between ELINT pulse sorting and DF/geolocation processing.