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Alternative TitleIntegrated Payload OBDH Technology for Deep Space Exploration
王连国; 朱岩; 周昌义; 安军社; 饶家宁
Source Publication空间科学学报
Keyword深空探测 载荷数管 载荷电子学 集成一体化
Other AbstractDeep space explorations put forward higher requirements on miniaturization and autonomy to probe's payload On-board Data Handling (OBDH) system. The novel highly integrated payload OBDH architecture is constructed by integrating payload electronics units and traditional payload OBDH units. This architecture can realize intensive use of resources, improve information unification and implement onboard autonomy conveniently. Payload OBDH architectures of the Chang'E series probes are introduced. Two novel integrated payload OBDH architectures are proposed, the low-cost scheme has been applied to China's first Mars exploration. Payload OBDH technical requirements for future deep space exploration are analyzed, and payload OBDH development trends are prospected.
Indexed ByCSCD
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Document Type期刊论文
Recommended Citation
GB/T 7714
王连国,朱岩,周昌义,等. 面向深空探测应用的集成一体化载荷数管技术[J]. 空间科学学报,2018,38(6):960-970.
APA 王连国,朱岩,周昌义,安军社,&饶家宁.(2018).面向深空探测应用的集成一体化载荷数管技术.空间科学学报,38(6),960-970.
MLA 王连国,et al."面向深空探测应用的集成一体化载荷数管技术".空间科学学报 38.6(2018):960-970.
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