FUNDAMENTALS OF RADAR SIGNAL PROCESSING MARK A RICHARDS TMH PDF

Space-Based Radar The complete list of defense-related Georgia Tech short courses as well as many other subject areas is available at the Distance Learning and Professional Education site. You can also find information on academic credit courses offered for distance learning at this site. Textbook Development: I have led the development of two of the most successful current textbooks in radar technology and radar signal processing. All of the books discussed below are available from their respective publishers, Amazon , and Barnes and Noble , among others.

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Contents: Machine generated contents note: 1. Introduction to Radar Systems and Signal Processing -- 1. History and Applications of Radar -- 1. Basic Radar Functions -- 1. Elements of a Pulsed Radar -- 1. Transmitter and Waveform Generator -- 1.

Antennas -- 1. Receivers -- 1. Common Threads in Radar Signal Processing -- 1. Signal-to-interference Ratio and Integration -- 1. Resolution -- 1. Data Integration and Phase History Modeling -- 1.

Bandwidth Expansion -- 1. Radar Time Scales -- 1. Phenomenology -- 1. Signal Conditioning and Interference Suppression -- 1. Imaging -- 1. Detection -- 1. Measurements and Track Filtering -- 1. Radar Literature -- 1.

Radar Systems and Components -- 1. Basic Radar Signal Processing -- 1. Advanced Radar Signal Processing -- 1. Radar Applications -- 1. Current Radar Research -- References -- Problems -- 2. Signal Models -- 2. Components of a Radar Signal -- 2. Amplitude -- 2. Distributed Target Forms of the Range Equation -- 2. Radar Cross Section -- 2. Radar Cross Section for Meteorological Targets -- 2. Statistical Description of Radar Cross Section -- 2.

Target Fluctuation Models -- 2. Swerling Models -- 2. Effect of Target Fluctuations on Doppler Spectrum -- 2. Clutter -- 2. Signal-to-Clutter Ratio -- 2.

Temporal and Spatial Correlation of Clutter -- 2. Compound Models of Radar Cross Section -- 2. Noise Model and Signal-to-Noise Ratio -- 2. Jamming -- 2. Frequency Models: The Doppler Shift -- 2. Doppler Shift -- 2. Measuring Doppler Shift: Spatial Doppler -- 2. Spatial Models -- 2. Coherent Scattering -- 2. Variation with Angle -- 2. Variation with Range -- 2. Noncoherent Scattering -- 2.

Projections -- 2. Multipath -- 2. Spectral Model -- 2. Summary -- References -- Problems -- 3. Pulsed Radar Data Acquisition -- 3. Acquiring and Organizing Pulsed Radar Data -- 3.

One Pulse: Fast Time -- 3. Doppler and Range Ambiguities -- 3. Multiple Channels: The Datacube -- 3. Dwells -- 3. Sampling the Doppler Spectrum -- 3. The Nyquist Rate in Doppler -- 3. Straddle Loss -- 3. Sampling in the Spatial and Angle Dimensions -- 3. Spatial Array Sampling -- 3. Sampling in Angle -- 3. Radar Waveforms -- 4. Introduction -- 4. The Waveform Matched Filter -- 4. The Matched Filter -- 4. Matched Filter for the Simple Pulse -- 4. All-Range Matched Filtering -- 4.

Straddle Loss -- 4. Range Resolution of the Matched Filter -- 4. Matched Filtering of Moving Targets -- 4.

The Ambiguity Function -- 4. Definition and Properties of the Ambiguity Function -- 4. Ambiguity Function of the Simple Pulse -- 4. The Pulse Burst Waveform -- 4. Matched Filter for the Pulse Burst Waveform -- 4. Pulse-by-Pulse Processing -- 4. Range Ambiguity -- 4. Doppler Response of the Pulse Burst Waveform -- 4. Ambiguity Function for the Pulse Burst Waveform -- 4. Frequency-Modulated Pulse Compression Waveforms -- 4.

Linear Frequency Modulation -- 4. The Principle of Stationary Phase -- 4. Range-Doppler Coupling -- 4. Stretch Processing -- 4. Matched Filter Frequency Response Shaping -- 4. Matched Filter Impulse Response Shaping -- 4. Waveform Spectrum Shaping -- 4. The Stepped Frequency Waveform -- 4. The Stepped Chirp Waveform -- 4. Phase-Modulated Pulse Compression Waveforms -- 4.

Biphase Codes -- 4. Polyphase Codes -- 4. Mismatched Phase Code Filters -- 4. Costas Frequency Codes -- 4. Continuous Wave Radar -- References -- Problems -- 5.

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