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首页> 外文期刊>Journal of information and computational science >Design and Simulation of the Wireless Communication Protocol Applied to Small Satellite
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Design and Simulation of the Wireless Communication Protocol Applied to Small Satellite

机译:小型卫星无线通信协议的设计与仿真

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摘要

Traditional satellite platform subsystems rely on wired data exchange, not only increased the cost of launching satellites (satellites weight) also extended the debugging cycle of the platform. For the shortcomings of the traditional satellite platforms, satellite star within the wireless communications technology emerged. Based on the characteristics of wireless satellite platforms, to star in the wireless communication link for analysis, communication rate calculated sensitivity and acceptance of the relationship between; To meet the needs of different satellites in orbit mission designed wireless network protocol based on dynamic slot allocation techniques, and this protocol simulation, simulation results show that 30 sub-systems can be completed within 5S, and the network with a high robustness.
机译:传统的卫星平台子系统依靠有线数据交换,不仅增加了发射卫星的成本(卫星重量),还延长了平台的调试周期。由于传统卫星平台的缺点,出现了无线通信技术中的卫星星。根据无线卫星平台的特点,对星空中的无线通信链路进行分析,计算出通信速率与接收灵敏度之间的关系;为了满足不同卫星在轨任务设计的基于动态时隙分配技术的无线网络协议,并对该协议进行仿真,仿真结果表明,在5S内可以完成30个子系统,并且网络具有很高的鲁棒性。

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