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Space Mobile Network: A Near Earth Communications and Navigation Architecture

机译:空间移动网络:近地球通信和导航架构

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This paper shares key findings of NASA's Earth Regime Network Evolution Study (ERNESt) team resulting from its 18-month effort to define a wholly new architecturelevel paradigm for the exploitation of space by civil space and commercial sector organizations. Since the launch of Sputnik in October 1957 spaceflight missions have remained highly scripted activities from launch through disposal. The utilization of computer technology has enabled dramatic increases in mission complexity; but, the underlying premise that the diverse actions necessary to meet mission goals requires minute-by-minute scripting, defined weeks in advance of execution, for the life of the mission has remained. This archetype was appropriate for a "new frontier" but now risks overtly constraining the potential market-based opportunities for the innovation considered necessary to efficiently address the complexities associated with meeting communications and navigation requirements projected to be characteristics of the next era of space exploration: a growing number of missions in simultaneous execution, increased variance of mission types and growth in location/orbital regime diversity. The resulting ERNESt architectural cornerstone - the Space Mobile Network (SMN) - was envisioned as critical to creating an environment essential to meeting these future challenges in political, programmatic, technological and budgetary terms. The SMN incorporates technologies such as: Disruption Tolerant Networking (DTN) and optical communications, as well as new operations concepts such as User Initiated Services (UIS) to provide user services analogous to today's terrestrial mobile network user. Results developed in collaboration with NASA's Space Communications and Navigation (SCaN) Division and field centers are reported on. Findings have been validated via briefings to external focus groups and initial ground-based demonstrations. The SMN opens new niches for exploitation by the marketplace of mission planners and service providers.
机译:本文分享了美国宇航局的地球政权网络演变研究的主要结果(Ernest)团队,由其18个月的努力定义全新的建筑师资助范式以利用民用空间和商业部门组织利用空间。自1957年10月的Sputnik推出以来,Spaptflight任务仍然是通过处置发布的高度脚本活动。计算机技术的利用使得任务复杂性的剧烈增加;但是,潜在的前提是,符合任务目标所需的多样性行动需要在执行的寿命之前需要分钟脚本,定义的周数,为使命的生命仍然存在。此原型适用于“新的边界”,但现在风险明显限制了所认为有效地应对与会议通信和导航要求相关的复杂性所必需的创新的潜在市场的机会,以投入到下一个太空探索时代的特征:同时执行的越来越多的任务,使命类型和位置/轨道制度多样性的使命类型和增长的方差增加。由此产生的Ernest架构基石 - 空间移动网络(SMN) - 被设想为创建一个以政治,计划,技术和预算术语满足这些未来挑战至关重要的环境至关重要。 SMN包含以下技术:中断耐受网络(DTN)和光通信,以及诸如用户发起的服务(UIS)的新操作概念,以向当今的地面移动网络用户提供用户服务。报告了与NASA空间通信和导航(扫描)部门和现场中心合作开发的结果。通过对外部焦点小组和初始地面示范的简报进行了验证的调查结果。该SMN开设了由特派团规划者和服务提供商市场开采的新力利用。

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