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PRESENT TRENDS IN EARTH TERRESTRIAL SURFACES OBSERVATION FROM SPACE. EXPECTED PAYLOADS, DATA COOPERATION AND IMAGE ANALYSIS

机译:从空间观察地球陆地表面的最新趋势。预期的有效载荷,数据合作和图像分析

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This paper presents remote sensing sensors: SPOT and LANDSAT systems are the most important providers of data in the 10-30 m spatial resolution range; NOAA (AVHRR radiometer) and SPOT4-5 (VEGETATION radiometer) provide coarse spatial resolution (-1 km) but high frequency data. Microwave sensors are more recently available (radar on board of ERSl, ERS2, and RADARSAT). The principal methods of data cooperation to get benefits of these new technologies are described. Many combinations in the field of data fusion will contribute to enhance the perception of the terrestrial surfaces. A tentative review of this domain is proposed after a recall of a general definition. Finally, the present trends in image analysis for remote sensing coming from the evolution of the orbital sensors are developed.
机译:本文介绍了遥感传感器:SPOT和LANDSAT系统是10-30 m空间分辨率范围内最重要的数据提供者; NOAA(AVHRR辐射计)和SPOT4-5(VEGETATION辐射计)提供粗略的空间分辨率(-1 km),但提供高频数据。微波传感器是最近可用的(ERS1,ERS2和RADARSAT上的雷达)。描述了获得这些新技术收益的数据合作的主要方法。数据融合领域中的许多组合将有助于增强对地面表面的感知。在回顾了一般定义后,提议对该领域进行初步审查。最后,发展了来自轨道传感器发展的遥感图像分析的当前趋势。

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