Titlebook: Radar Array Processing; Simon Haykin,John Litva,Terence J. Shepherd Book 1993 Springer-Verlag Berlin Heidelberg 1993 Beamforming.Radar Arr

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Radar Detection Using Array Processingr of impinging wavefronts on the antenna aperture. Relevant information about the number, the directions, and the signal intensities of sources (i.e., targets in the case of an active radar or emitters in the case of a passive radar) may be extracted by properly processing the spatial samples of the

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Radar Target Parameter Estimation with Array Antennas radar data processor. The quality of the estimated parameters depends not only on the algorithm used, but also on the whole hardware and signal processing employed. The question as to how to do radar parameter estimation is indeed very complex, and not simply a matter of choosing some algorithm. Ma

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The Radio Cameration reported in this chapter has been accomplished is 3 cm, which is 4–5 orders of magnitude longer than optical or near infrared radiation. The resolution of an imaging instrument is the order of the wavelength divided by the size of the aperture. Hence, microwave apertures need to be 4–5 orders o

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Book 1993d growth of thetechnology of hardware for digital signal processing, itisnow possible to apply this to radar signals and thus toenlist the full power of sophisticated computationalalgorithms. Topics covered in detail here include:super-resolution methods of array signal processingasapplied to radar,

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Two-Dimensional Adaptive Beamforming: Algorithms and Their Implementation been carried out in the past has been concentrated in the area of adaptive beamforming with linear array antennas, i.e., the one-dimensional (1D) case. Since most antenna arrays are, in practice, planar arrays, the focus of future developments in adaptive beamforming must start to shift to the two-dimensional (2D) case.

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