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The NPOESS Direct Readout Mission for Societal Benefit - GEOSS

机译:NPOESS社会效益直接宣读任务-GEOSS

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摘要

The United States National Polar-orbiting Operational Environmental Satellite System (NPOESS) will provide Earth observations in both X-band and L-band direct broadcasts (DB) to the global direct readout (DRO) community. NPOESS capabilities provide the Oceanic regions of the world with the ability to assess their regional environments from space in near-real time by providing DRO capabilities for 41 HRD environmental data records (EDRs) to include imagery, and relays from ARGOS Advanced Data Collection System (A-DCS) sensor. Additionally, NPOESS provides within the direct broadcast links dynamic mission support data (MSD) which updates more quickly than can be accommodated through thrice annual software releases. MSD included within the links include weather forecast model parameters and algorithm processing coefficients. The NPOESS data processing software will be made available free of charge2 to the global community. Thus the NPOESS DRO mission will allow regional oceanic communities to compile knowledge of their local environments by having an up to date understanding of developing weather systems for disaster monitoring, an understanding of land and ocean environmental trends, and in-situ measurement retrieval from A-DCS sensors. This information interpreted and understood by experts of the region allows for significant contributions to the Earth Observation System of Systems (GEOSS) goals and mission that are not otherwise possible within the large oceanic community with limited communication resources.
机译:美国国家极轨运行环境卫星系统(NPOESS)将向全球直接读数(DRO)社区提供X波段和L波段直接广播(DB)的地球观测。 NPOESS功能通过为41种HRD环境数据记录(EDR)提供DRO功能以包括图像以及来自ARGOS Advanced Data Collection System(ARGOS高级数据收集系统)的中继,为世界大洋地区提供近乎实时的太空环境评估能力。 A-DCS)传感器。此外,NPOESS在直接广播链接中提供了动态任务支持数据(MSD),其更新速度比每年三次软件发布所能容纳的更新速度更快。链接中包含的MSD包括天气预报模型参数和算法处理系数。 NPOESS数据处理软件将免费提供给全球社区。因此,NPOESS DRO任务将通过对开发用于灾害监测的天气系统的最新了解,对陆地和海洋环境趋势的了解以及从A- DCS传感器。该信息由本地区专家解释和理解,可以为地球观测系统系统(GEOSS)的目标和任务做出重大贡献,而在大型海洋社区中,如果通信资源有限,这是不可能做到的。

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