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Preparation and Validation of Defence Research and Development Canada's (DRDC) Microsatellite Ground Station

机译:加拿大国防研究与开发(DRDC)微卫星地面站的准备和验证

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Budgets for traditional "big" space mission are generally higher in comparison to those of "microspace" missions. Defence Research and Development Canada (DRDC) used the Maritime Monitoring and Messaging Microsatellite (M3MSat) project [4, 7], a Canadian maritime surveillance satellite, to apply this low cost microspace approach [3] when building the primary Ground Station (GS). DRDC prepared a GS that will operate the microsatellite with a small operations team. Key to DRDC's implementation of the GS was satellite control automation to conduct operations with M3MSat. This paper will document how DRDC designed, implemented, built, and validated their Mission Operations Centre (MOC) and GS as well as the training of their operators.
机译:与“微空间”任务相比,传统的“大型”太空任务的预算通常更高。加拿大国防研究与发展局(DRDC)在建立主要地面站(GS)时使用了加拿大海上监视卫星海上监视和消息微卫星(M3MSat)项目[4、7],以应用这种低成本的微空间方法[3]。 。 DRDC准备了一个GS,它将由一个小型操作小组来操作微卫星。 DRDC实施GS的关键是使用M3MSat进行操作的卫星控制自动化。本文将记录DRDC如何设计,实施,构建和验证其任务运营中心(MOC)和GS,以及对其操作员的培训。

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