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The design and construction of a satellite data processing system for marine application

机译：海洋应用卫星数据处理系统的设计与构建

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Satellite remote sensing is coming to be a useful high tech of fast and large-scale measurement for observation and inspection day by day. With the rapid development of satellite sources, it is necessary to design and construct a steady-going and automatic operational satellite data processing system to meet the requirement of marine operation application. In this paper, the data processing technique for multi satellites, such as FY-1C/D, NOAA12/14/15/16/17 and EOS/MODIS, are discussed, including multi satellite combination processing programming, database, Windows sockets mechanism etc. The system has been constructed and tested in Second Institute of Oceanography, State Oceanic Administration, which can automatically provide the remote sensing products for marine application, such as sea surface temperature, chlorophyll, suspended material, diffusing attenuation coefficient of 490 nm, secchi disk depth, vegetation index, optical thickness and so on. The results primary shows that the constructed system is suitable to process multi satellites for marine operational application.
机译：卫星遥感已成为一种实用的，快速，大规模的测量技术，可用于日常观察和检查。随着卫星资源的快速发展，有必要设计和构建一个稳定，自动运行的卫星数据处理系统，以满足海上作业应用的需求。本文讨论了FY-1C / D，NOAA12 / 14/15/16/17和EOS / MODIS等多卫星数据处理技术，包括多卫星组合处理程序，数据库，Windows套接字机制等。该系统已经在国家海洋局第二海洋研究所进行了构建和测试，可以自动提供海洋应用的遥感产品，例如海面温度，叶绿素，悬浮物，扩散衰减系数为490 nm，secchi盘深度，植被指数，光学厚度等。结果初步表明，所构建的系统适用于处理多颗卫星，用于海上作战应用。

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