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Active Optical Remote Sensing Sensors and Instrumentations for NASA's Future Earth Science, Planetary Science and Mars Explorations Measurements/Missions

机译:适用于NASA未来地球科学,行星科学和火星探测测量/任务的有源光学遥感传感器和仪器

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Active optical (Laser/Lidar) is critical for future NASA Earth, Planetary Science, and Mars Explorations. Eight out of fourteen missions recommended by 2017 NRC Earth Science Decadal Survey require active optical remote sensing for successful mission implementation. Given the cross-cutting synergies in critical Active Optical measurements for NASA Science and Exploration, a strategic approach in needed to identify areas where NASA can lead, leverage and partner with existing national and international capabilities to meet its future needs. This presentation will focus on efforts being planned to assess the current capabilities of NASA for the Active Optical and identify opportunities and synergies with industry, academia, government agencies and international partners for NASA to address its critical gap areas and work with external capabilities to meet NASA Science and Exploration future needs for space-based active optical remote sensing applications.
机译:有源光学(激光/激光雷达)对于未来的NASA地球,行星科学和火星探测至关重要。 2017年NRC地球科学十年调查建议的十四个任务中,有八个需要主动光学遥感以成功执行任务。鉴于NASA科学与探索在关键有源光学测量中具有交叉优势,因此需要一种战略方法来确定NASA可以领导,利用并与现有国家和国际能力合作的领域,以满足其未来的需求。本演讲将重点关注计划中的工作,以评估NASA在主动光学方面的当前能力,并确定与NASA的行业,学术界,政府机构和国际合作伙伴的机会和协同效应,以解决其关键差距领域并与外部能力合作,以达到NASA的要求科学与探索对天基有源光学遥感应用的未来需求。

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