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- W2182181837 abstract "SAR imagine applications are usually carried out by tow ways: the physicd mathematics models and the measured terrain material microwave signatures. In most of the cases, people like to use the mathematics models since the microwave signature database are not matching the practical case very well. In this paper, we will discuss the reason of the uncertainties provided by these database fiom the instrument point of view and propose a new ground-based scatterometer, SARSCAT, specially designed for SAR applications. I. INTRODWCTION Currently, there are several space-borne synthetic aperture radar operating such as ERS- 1, ERS-2, JERS-1 and RADARSAT. They are now providing commercial radar images fiom the space. From these images, people can extract my unique information which visible and inferred eequency band sensors cannot or has difliculties to provide. However, applications of those radar images are still remain in a low level comparing with visible and inferred images. One of the main reason is that the ground measured terrain microwave signature or spectrum database are not complete. The incomplete is not referring the quantity but the quality of those data. E@storically, the purpose to measure the terrain microwave signature on the ground is to study the mechanism of microwave remote sensing. Therefore most of the measurements are made in the earlier years in 70's and 80's El)-(3). Since the purposes are different, with SAR applications, these signature data may not provide required accuracy and measurement conditions. In this paper, we will discuss the differences between the conventional terrain microwave signature measurements and the SAR application measure- ments and propose a new ground-based scatterometer system as shown in Fig.1, which will most closely represent the SAR measurement conditions." @default.
- W2182181837 created "2016-06-24" @default.
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- W2182181837 date "1997-01-01" @default.
- W2182181837 modified "2023-09-26" @default.
- W2182181837 title "SARSCAT - A Ground SpaceBorne S ed Scatterometer For" @default.
- W2182181837 hasPublicationYear "1997" @default.
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