Stealth Radar

RECEIVERS and PHOTONICS: This book features an equal balance of theory and practical application, and is the first to examine the use of electro-optic architectures and high-resolution encoding techniques that directly digitize wideband signals in a digital receiver. It explains new symmetrical number system (SNS) signal processing techniques you can easily apply to designs using symmetrical folding waveforms, providing you a high-performance framework for getting optimum results from such systems. presented with a comprehensive review of digital radio frequency memories, including amplitude and phase-sampling designs, allowing you to apply these techniques to a new inverse synthetic aperture radar counter-targeting processor. What’s more, you get a detailed description of various sampling methods -- including undersampling, coherent sampling, oversampling, and non-uniform sampling -- that can be used to quantify difficult receiver performance problems -- such as jitter, ambiguity resolution, inband quantization noise, and skirting.

Helps solve problems related to (a) High-resolution digital antennas using mode-locked lasers and electro-optics, (b) Wideband undersampling receiver design using currently configured hardware, (c) High resolution phase sampled interferometer antenna systems for wideband direction finding, (d) High-resolution over-sampling of VHF signals.

P. E. Pace, Advanced Techniques for Digital Receivers," Artech House Inc., 2009. (Includes MATLAB software)