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NASA's Asteroid Grand Challenge: Strategy, Results, and Lessons Learned

机译:美国宇航局(NASA)的小行星挑战:战略,成果和经验教训

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Beginning in 2012, NASA used a strategic process to identify broad societal questions, or grand challenges, that are well suited to the aerospace sector and align with national priorities. This effort generated NASA's first grand challenge, the Asteroid Grand Challenge (AGC), a large-scale effort using multidisciplinary collaborations and innovative engagement mechanisms, that focused on finding and addressing asteroid threats to human populations. In April 2010, President Barack Obama announced a mission to send humans to an asteroid by 2025. This resulted in the agency's Asteroid Redirect Mission (ARM) to leverage and maximize existing robotic and human efforts to capture and reroute an asteroid, with the goal of eventual human exploration. The AGC, initiated in 2013, complemented ARM by expanding public participation, partnerships, and other approaches to find, understand, and overcome these potentially harmful asteroids. This article describes a selection of AGC activities implemented from 2013 to 2017 and their results, excluding those conducted by NASA's Near-Earth Object Observations Program and other organizations. The strategic development of the initiative is outlined as well as initial successes, strengths, and weaknesses resulting from the first 4 years of AGC activities and approaches. Finally, we describe lesson learned and areas for continued work and study. The AGC lessons learned and strategies could inform the work of other agencies and organizations seeking to conduct a global scientific investigation with matrixed organizational support, multiple strategic partners, and numerous internal and external open innovation approaches and audiences.
机译:从2012年开始,美国国家航空航天局(NASA)使用战略流程来确定广泛的社会问题或重大挑战,这些问题非常适合航空航天领域并符合国家优先事项。这项工作引发了NASA的第一个重大挑战,即小行星大挑战(AGC),这是一项使用多学科合作和创新参与机制的大规模努力,重点在于发现和应对小行星对人类的威胁。 2010年4月,总统巴拉克·奥巴马(Barack Obama)宣布了一项在2025年之前将人类送往小行星的任务。这导致该机构的小行星重定向任务(ARM)能够充分利用并最大程度地利用现有的机器人和人类力量来捕获和改道小行星,其目标是最终人类探索。 AGC于2013年启动,通过扩大公众参与,建立伙伴关系和其他方法来寻找,理解和克服这些潜在有害的小行星,对ARM进行了补充。本文介绍了从2013年到2017年实施的一系列AGC活动及其结果,但不包括NASA的近地天体观测计划和其他组织进行的活动。概述了该计划的战略发展以及AGC活动和方法的前四年所取得的初步成功,优点和缺点。最后,我们描述了所汲取的教训以及需要继续工作和学习的领域。 AGC的经验教训和策略可以为寻求进行全球科学调查的其他机构和组织的工作提供信息,这些机构和组织具有矩阵化的组织支持,多个战略合作伙伴以及众多内部和外部开放式创新方法和受众。

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