SAR imaging algorithms and some unconventional applications: A unified mathematical overview
IEEE Signal Processing Magazine, 2014•ieeexplore.ieee.org
This article deals with two significant aspects related to synthetic aperture radar imaging
(SAR-I) of relevant theoretical and applicative interest. The first objective regards the
analysis of the most-used SAR-I approaches under the unified mathematical framework
provided by the Porter-Bojarski integral equation. The second objective is to provide an
updated overview on how SAR-I research is generalizing previous algorithms to deal with
unconventional scenarios.
(SAR-I) of relevant theoretical and applicative interest. The first objective regards the
analysis of the most-used SAR-I approaches under the unified mathematical framework
provided by the Porter-Bojarski integral equation. The second objective is to provide an
updated overview on how SAR-I research is generalizing previous algorithms to deal with
unconventional scenarios.
This article deals with two significant aspects related to synthetic aperture radar imaging (SAR-I) of relevant theoretical and applicative interest. The first objective regards the analysis of the most-used SAR-I approaches under the unified mathematical framework provided by the Porter-Bojarski integral equation. The second objective is to provide an updated overview on how SAR-I research is generalizing previous algorithms to deal with unconventional scenarios.
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