Tutorial 2.2
Wednesday, 26 April 2006

Radar Waveforms: Analysis & Design
Instructor: Nadav Levanon, Tel Aviv University, Israel

Synopsis: Basic tools for radar signal analysis - the matched filter and the ambiguity function, are briefly discussed and demonstrated on basic signals: LFM pulse, coherent pulse train and a coherent train of LFM pulses. Advanced pulse compression signals and sidelobe reduction techniques are then studied, including: frequency modulation (Costas, NLFM), phase coding (Barker, Frank, P3, P4, P(n,k), polyphase Barker, MPSL), inter-pulse diversity (complementary, step-frequency), weighting and mismatch filters. Also discussed are spectrum sidelobe reduction techniques (derivative phase, Qudriphase transformation, Gaussian windowed sinc) and CW waveforms. MATLAB software tools for radar signal analysis will be demonstrated.

Prof. Nadav Levanon is a professor at Tel Aviv University where he has been a faculty member since 1970. He was Chairman of the EE-Systems Department during 1983-1985 and is presently the head of the Weinstein Research Institute for Signal Processing, and incumbent of the Chair on Radar, Navigation and Electronic Systems. He spent sabbatical years at the University of Wisconsin, The Johns Hopkins University - Applied Physics Laboratory, and Qualcomm Inc, San Diego. Dr. Levanon is a Life Fellow of the IEEE, Fellow of the IEE, and member of the ION and AGU. He has published more than 50 papers in reviewed journals and holds 11 US patents on radar and navigation topics. He is the author of the books Radar Principles (Wiley, 1988) and Radar Signals (Wiley, 2004).