Titlebook: Remote Sensing with Imaging Radar; John A. Richards Book 2009 Springer-Verlag Berlin Heidelberg 2009 Backscattering.Cultural Structures.In

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Interferometric and Tomographic SAR,ng using interferometry. Because the phase angle of the backscattered signal for a given pixel is available, and phase is easily measured, it is possible to compare the phase differences of two different images of the same region and, from that comparison, find the relative locations of pixels in th

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Bistatic SAR,e other arrangements. As noted in Chapt. 2 monostatic radar is tantamount to using a torch or flashlight to see objects when it is dark. In this visual example it is not necessary to collocate the source of illumination and the receiver (our eyes). The energy source can be located in a roof light or

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Radar Image Interpretation,qualitative or quantitative methods of analysis. Analyst expertise allows qualitative information extraction through photointerpretive methods in which visual clues around structure and contrast are used. With knowledge of the radar scattering behaviours of earth surface features, such as treated in

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Passive Microwave Imaging, identify its role alongside radar. This chapter lays the framework for passive microwave imaging, drawing in part from the scattering treatment developed for imaging radar in Chapt. 5.Notwithstanding the very small natural power density levels available from the earth as seen in Chapt. 2, assive mi

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Interferometric and Tomographic SAR,be used for change detection. The fundamental concept is extended to show how a tomographic process can be implemented, in which the vertical detail within a ground resolution cell can be resolved. The radar geometry used for interferometric applications is a special case of bistatic radar considered in Chapt. 7.

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1860-4862 asises the application of imaging radar in the context of reThis book is concerned with remote sensing based on the technology of imaging radar. It assumes no prior knowledge of radar on the part of the reader, commencing with a treatment of the essential concepts of microwave imaging and progressin