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Sensor Webs of Earth Science Instruments to Improve our Understanding of Natural Phenomena and Physical Processes

机译:地球科学仪器传感器网,以提高我们对自然现象和物理过程的理解

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The demonstration of high quality scientific observations from small satellites has signaled the opportunity to employ new Earth science observing strategies using constellations or swarms of these relatively inexpensive platforms. While replacement of the existing observing strategies with those based on smallsats is not indicated, they do offer the promise of completely new observing strategies that can measure characteristics of natural phenomena and physical processes that were not possible with the monolithic Battlestar Galactica type systems. Distributed Spacecraft Missions (DSM) are starting to take shape, as described in this Session. Variations in configurations are possible including geometry and composition and the degree of autonomy in operations. A number of sensor web information technologies have been matured, but mostly focused on ground based systems. Some useful technologies have also matured in other domains, such as machine learning and the Internet of Things. New technology development is needed, guided by a framework to prioritize new investments. Such a framework would also encourage division of labor and collaboration among Governments, companies and educational institutions.
机译:由小卫星高质量的科学观测的示范已经暗示聘请新的地球科学观察使用这些相对便宜的平台星座或成群的战略机会。虽然替代基于小卫星那些现有的观测策略并不表示,他们提供的是可以测量的自然现象,并且是不可能的单片太空堡垒卡拉狄加型系统物理过程的特点完全新的观测策略的承诺。分布式卫星计划(DSM)的开始成形,如在本会话描述。在配置变化是可能的,包括几何形状和组成和自治操作的程度。许多传感器网络信息技术已经成熟,但主要集中在陆基系统。一些有用的技术也成熟了在其他领域,如机器学习和物联网。新技术的发展是必要的,通过一个框架的指导下,以新的投资的优先顺序。这样的框架也将鼓励各国政府,企业和教育机构之间的劳动分工协作。

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