未来十年NASA空间中继卫星服务框架:空间中继伙伴关系和服务研究

E. Knoblock, N. Pham, J. Downey, P. Paulsen, G. Haddad, M. Pepen, J. Drexler
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引用次数: 1

摘要

《美国国家空间政策》为美国政府机构采购商业空间服务和能力提供了最大限度的指导和指令。根据这一指导方针,预计未来十年NASA最初的近地空间中继操作能力将由现有的NASA拥有的空间网络基础设施组成,辅以商业拥有和提供的中继卫星及其相关地面站。NASA于2019年5月与8家研究供应商签订了合同,以调查将商业服务概念应用于NASA用户任务社区的可行性。这些研究由美国宇航局格伦研究中心管理,详细介绍了十个研究主题领域。NASA完成了对这八项工业研究和其他相关信息的分析和综合。来自研究供应商的回应表明,他们对为NASA任务提供商业服务有浓厚的兴趣,并包括了广泛的拟议架构和演示想法。总体而言,答复表明,在未来三至五年提供高速率空间中继服务的广泛行业中存在成熟和健康的竞争环境。本文将概述研究,分析和综合过程以及共同的主题和结论,并提供下一步的步骤和建议。这项研究的结果为从多个商业服务提供商那里为NASA任务获取可互操作的空间中继服务奠定了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Framework for NASA space relay satellite services over the next decade: space relay partnership and services study
The United States National Space Policy provides guidance and directives for U.S. Government agencies to purchase commercial space services and capabilities to the maximum extent practical. In alignment with this guidance, the anticipated initial NASA near-Earth space relay operating capability over the next decade will be comprised of the existing NASA-owned Space Network infrastructure supplemented with commercially-owned and -provided relay satellites and their associated ground stations. NASA awarded contracts to eight study vendors in May 2019 to investigate the feasibility of applying commercial services concepts to the NASA user mission community. The studies, managed by NASA Glenn Research Center, detailed ten study topic areas. NASA completed the analysis and synthesis of these eight industry studies and other relevant information. The responses from the study vendors indicated a strong interest in providing commercial services to NASA missions, and included a wide range of proposed architectures and demonstration ideas. Overall, the responses indicated that a mature and healthy competitive environment exists across a broad spectrum of industry to deliver high-rate space relay services in the next three to five years. This paper will present an overview of the study, analysis and synthesis processes along with common themes and conclusions, and provide next steps and recommendations. The results of this study serve as a foundation for ongoing efforts to acquire interoperable space relay services for NASA missions from multiple commercial service providers.
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