Titlebook: A New Target Detector Based on Geometrical Perturbation Filters for Polarimetric Synthetic Aperture ; Armando Marino Book 2012 Springer-Ve

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Basic Concepts in Fluid Mechanicssons. Even though the principal interest of surveillance is dedicated to military activities, many vital civilian applications (i.e. security) can be listed. Clearly, from the military point of view, information about the enemy location has remarkable tactical advantages influencing the outcome of a

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https://doi.org/10.1007/978-1-4020-8537-6(especially regarding the description of targets) and for the sake of brevity some issues are not covered. Instead, this chapter focuses on the tools actually utilised in the formulation of the polarimetric detector described in later chapters.

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Fluid Mechanics and Its Applicationsters a deterministic formulation was derived substituting finite with infinite averaging. Unfortunately, the previous procedure is unable to provide information about the detector’s statistical performance since the variability is removed completely.

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Momentum, Heat and Mass Transporting results, the validation on real data is an unavoidable step, since in real scenarios the performance of an algorithm can be dramatically degraded by factors which cannot be easily taken into account in a theoretical model.

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Momentum, Heat and Mass Transporteneficial due to some differences between airborne and satellite data. Although the data processing is substantially the same, there are significant practical differences making satellite detection more challenging.

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Introduction to the Boundary Layerurbation filter. The earliest and most studied application was the single target detector (.) largely described in the previous chapters. However, the algebraic operation underneath the . is more general and powerful and can be adapted to different scenarios (as long as the entities under analysis l

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Basic Concepts in Fluid Mechanicsn situ inspections are impracticable (e.g. oceans, deserts, forests, etc.). The winning advantage of microwave compared with optical remote sensing is its availability at night time and with any weather conditions, and for longer wavelengths, the ability to penetrate foliage.

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