MATLAB Radar Books: Analysis & Design w/ Matlab

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Learning radar principles can be challenging, especially for those with a background in DSP and communications. The discussion highlights the need for resources that provide clear mathematical derivations of radar concepts such as MTI, Doppler radar, and pulse compression. Recommendations include Mahafza's "Radar Systems Analysis and Design using Matlab" for its accessibility, as well as several other texts like Richards' "Principles of Modern Radar" and Wainstein and Zubakov's "Extraction of Signals From Noise" for their rigorous mathematical approach. Participants emphasize the importance of finding texts that cater to a mathematical mindset while covering essential radar topics in detail. Overall, the thread seeks to compile effective learning resources for those interested in deepening their understanding of radar systems.
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Hi,

I am trying to learn about radar principles and functions. Although I have some DSP and communication background, it is still a very difficult subject by itself.

I am trying to learn the basic stuffs such as MTI, doppler radar, tracking, pulse compression, probability of false alarm and detection, etc. from Skolnik's "Introduction to Radar Systems", but I feel Skolnik's book is not the ideal book for me. I am a more mathematical type of person and am looking for a book that would derive the equations from a more fundamental level and in more details.

I read recommendations from Amazon for Mahafza's "Radar Systems Analysis and Design using Matlab" which seems to suggest it is easier to follow, does anyone have experience with this book or has some other suggestions for books with clear derivations of results? Thanks.
 
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Cheney Fundamentals of Radar Imaging
Richards' Principles of Modern Radar and Fundamentals of Radar Signal Processing
 
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Richard's Fundamentals of Radar Signal Processing mentioned above is a good modern text, but there are other sources as well.
1) Nathanson, Radar Design Principles and Skolnik's massive Radar Handbook, 3rd ed., both cover more material (including weather radar, synthetic aperture radar, tracking, etc.) and are intended for working radar professionals.

For mathematical rigor, I can recommend:
2) Wainstein and Zubakov, Extraction of Signals From Noise (1962). These Russian authors take nothing for granted--everything needed (Fourier transforms, the Schwarz inequality, Wiener-Khinchin theorem, etc.) is supplied along the way with a deft derivation. Although old, it is a very clear and rigorous treatment of radar signal detection theory.
3) Kay, Fundamentals of Statistical Signal Processing, vol. 2 (1998). This is a modern treatment of general detection theory and is considered a standard reference text. I find Wainstein and Zubakov clearer and easier to read, for what it's worth.
4) Cook & Bernfeld, Radar Signals: an Introduction to Theory and Application (1967) gives a rigorous treatment of radar waveforms, detection theory, and additional topics. This is a wonderful in-depth monograph, typical of the thoroughness that Academic Press titles are known for.
5) Levanon & Mozeson, Radar Signals (2004). Modern text that digs deeply into radar waveform design for specific applications.
 
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