低轨道分布式小卫星任务的使能技术

T. Vladimirova, Xiaofeng Wu, K. Sidibeh, David Barnhart, A. Jallad
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引用次数: 29

摘要

微型卫星是质量小于1公斤的非常小的卫星。大学和政府研究小组进行了一些微型卫星项目。微型卫星星座可能被证明是低轨道遥感的一种低成本和高效的解决方案。重构和适应能力对这样的星座来说是至关重要的。本文将概述一个由异构微卫星节点组成的星座的概念模型,该星座的有效载荷函数分布在节点之间。将讨论微型卫星星座的使能技术,如无线星间链路、可重构机载计算和分布式处理。本文将概述一个用于演示可重构分布式计算平台的试验台的建议
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Enabling Technologies for Distributed Picosatellite Missions in LEO
Picosatellites are very small satellites with a mass of less than 1 kg. A number of picosatellite projects have been undertaken by University and government research teams. Constellations of picosatellites could prove to be a low-cost and efficient solution to remote sensing in LEO. Reconfiguration and adaptation are capabilities, which are of critical importance to such constellations. A conceptual model of a constellation consisting of heterogeneous picosatellite nodes with a payload function distributed among the nodes will be outlined. Enabling technologies for picosatellite constellations such as wireless intersatellite links, reconfigurable onboard computing and distributed processing will be discussed. A proposal for a test-bed to demonstrate a reconfigurable distributed computing platform will be outlined
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