Signal processing techniques for aeronautical communications via satellite

P. Fines, K. Christofylaki, P. Febvre
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Abstract

Aeronautical communications are playing an important role in the air traffic control as well as new passenger communication services. Due to the global coverage required, satellite transponders provide the required links which are traditionally limited to narrowband throughputs (e.g. 64 kb/s) due to the propagation channel characteristics. This paper analyses the reasons that limit the throughput of the aeronautical satellite links and presents advanced signal processing techniques that allow satellite transceivers to break the narrowband barriers
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卫星航空通信信号处理技术
航空通信在空中交通管制和新型客运通信服务中发挥着重要作用。由于需要全球覆盖,卫星转发器提供所需的链路,传统上由于传播信道特性而限制在窄带吞吐量(例如64 kb/s)。本文分析了限制航空卫星链路吞吐量的原因,提出了先进的信号处理技术,使卫星收发器能够突破窄带障碍
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