光学和雷达遥感数据在国土监测任务中的联合应用

V N Kopenkov
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引用次数: 0

摘要

目前,基础科学领域的许多问题以及技术和应用任务只能通过使用卫星图像来解决,因为与传统方法相比,卫星图像的使用大大减少了物质、财政和时间成本。现代综合遥感处理方法之一是将从各种来源(如光学和雷达传感器)获得的测量数据结合起来,与独立处理相比,由于信息量的扩大和数据获取的机会(天气条件、光谱范围等),可以获得增益。然而,雷达数据的数字处理和解释方法,以及联合处理光学和雷达卫星图像的定性和经过验证的方法和算法尚未充分发展。因此,发展光学和雷达数据联合分析和解释的新方法和信息技术是本文的主要问题,当然是相关的。本文提出了一种光学和雷达卫星图像联合处理的信息技术,该技术首先对一类传感器数据(光学数据)的参考值处理过程进行训练,然后将其应用于光学和SAR数据两种数据类型。
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Combined usage of the optical and radar remote sensing data in territory monitoring tasks
At the present time, a lot of problems in a sphere of fundamental sciences as well as technical and applied tasks can be solved only with the use of satellite images, since their usage reduces material, financial and time costs significantly in comparison with traditional methods. One of the modern integrated approach remote sensing processing is to join the measurements obtained from the various sources, such as optical and radar sensors, allowing to achieve a gain in comparison with independent processing due to the extension of the information volume and the opportunities of data acquisition (weather conditions, spectral ranges, etc.). However, methods of digital processing and interpretation of radar data, as well as qualitative and proven methods and algorithms for joint processing of optical and radar satellite images, has not sufficiently been well developed yet. Therefore, the development of new methods and information technology of joint analysis and interpretation of optical and radar data which are a major issue of the current paper, are certainly relevant. The paper presents an information technology for joint processing of optical and radar satellite imagery, based on training the processing procedure based on the reference values of data from sensors of the one type (optical data), followed by applying to both data types: optical and SAR data.
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