首页> 外文会议>IEEE International Geoscience and Remote Sensing Symposium >A NEURAL NETWORK SEA-ICE CLOUD CLASSIFICATION ALGORITHM FOR COPERNICUS SENTINEL-3 SEA AND LAND SURFACE TEMPERATURE RADIOMETER
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A NEURAL NETWORK SEA-ICE CLOUD CLASSIFICATION ALGORITHM FOR COPERNICUS SENTINEL-3 SEA AND LAND SURFACE TEMPERATURE RADIOMETER

机译:一种神经网络海冰云分类算法,用于丛中哨车-3海和陆地温度辐射计

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摘要

A Neural Network approach to classify Sentinel-3 sea and land surface temperature radiometer (SLSTR) pixels over polar regions is presented. The proposed approach is based on a careful preliminary analysis aimed to simulate SLSTR observation by means of MODIS data. The latter have been considered because of the long available time series and the quality of cloud mask products. A large set of MODIS AQUA and TERRA products has been applied to develop the training set of the Neural Network classificator that has been tuned to discriminate clear ocean, clouds and sea-ice surfaces on the scene.
机译:提出了一种神经网络方法,以分类Sentinel-3海和地面温度辐射计(SLST)在极地区域上的覆盖物。所提出的方法基于仔细的初步分析,旨在通过MODIS数据模拟SLSTR观察。由于长期可用时间序列和云面膜产品的质量,后者已被考虑。已经应用了一大块Modis Aqua和Terra产品,用于开发一系列神经网络分类器的培训套,这些培训集被调整为区分现场上的清晰海洋,云和海冰表面。

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