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CICERO: Nanosat arrays for continuous Earth remote observation

机译:西塞罗:纳米座阵列,用于连续地球远程观察

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CICERO (Community Initiative for Continuous Earth Remote Observation) is a grassroots effort to deploy a nanosat-based cellular observing system to acquire global Earth and environmental data from low Earth orbit at extremely low cost. CICERO will place micro-sensors on nanosats (or cells) in large numbers for diverse remote sensing applications. Scores of cells will combine to form a global supersensor of enormous power. Produced by the dozen, these tiny craft will cost little to build and launch. The cellular model will improve measurement sensitivity by an order of magnitude at a fraction of today's system costs. GeoOptics has developed an array of novel cellular observing technologies, from sensor and nanosat designs to unique on-orbit cell configurations, to maximize information return. The approach consolidates diverse sensing techniques into integrated sensors to yield a breadth of products. CICERO will offer frequent launches to expedite deployment of new sensors.
机译:西塞罗(社区持续远程观察的社区倡议)是部署基于纳米液的蜂窝观测系统的基层努力,以极低成本从低地球轨道获取全球地球和环境数据。西塞罗将在大量的纳米液体(或细胞)上放置微传感器,以进行多样化的遥感应用。分数细胞将组合以形成巨大力量的全局超传感器。由十几种生产的,这些小型工艺将花费很少建造和发射。蜂窝模型将以今天的系统成本的一小部分提高测量敏感度。 Geooptics开发了一系列新型蜂窝观测技术,从传感器和纳米载体设计到唯一的轨道单元配置,以最大化信息返回。该方法将多样化的传感技术巩固到集成传感器中,以产生宽度的产品。西塞罗将提供频繁的推出,以加快部署新传感器。

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