Building blocks for an intra-spacecraft wireless communication

P. Pelissou
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引用次数: 3

Abstract

The implementation of an intra-spacecraft wireless communication is only feasible if some systems constraints are taking into account very early in the design phase. The presence of metallic enclosures creates multipath with different time delay and amplitudes which modification the transmission channels and so has an impact on the performance of the RF systems in particular a reduction of the data rate. The co-existence with the rest of the spacecraft, in particular the presence of RF transmitters, need to be ensured and shall not disturb the good functioning of the different systems. The benefit of such wireless system is the ability to be completely autonomous and so the lift time of such system will impact directly the size and the mass. Energy harvesting techniques are investigated.
宇宙飞船内部无线通信的构建模块
只有在设计阶段很早就考虑到某些系统限制的情况下,实现航天器内无线通信才是可行的。金属外壳的存在产生了具有不同时间延迟和幅度的多径,这改变了传输通道,因此对射频系统的性能产生了影响,特别是降低了数据速率。必须确保与航天器其他部分的共存,特别是射频发射机的存在,并且不应干扰不同系统的良好运作。这种无线系统的优点是能够完全自主,因此这种系统的提升时间将直接影响其尺寸和质量。研究了能量收集技术。
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