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Implementation of adaptive coding and modulation for satellite communication links in heavy rain region: an operators perspective

机译:暴雨地区卫星通信链路自适应编码和调制的实现:运营商观点

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摘要

This contribution presents an implementation of adaptive modulation and coding (ACM) for the real operating satellite- based internet protocol (IP) communication system from the Nigeria communication satellite (NigComSat-1R) very small aperture terminal (VSAT) network. Specifically, different modulation schemes are chosen according to the weather conditions in order to achieve the highest available data rate and preserve the link availability. The experimental results indicate that at least a 24% bandwidth reduction can be achieved with the same data rate by implementing the ACM technique. Further work should focus on the ACM selection strategy based on the peculiarities of the meteorological characteristics in a specific area so that ACM implementation will lead to maximum efficiency in terms of radio resource management and exploitation.
机译:此文稿介绍了来自尼日利亚通信卫星(NigComSat-1R)甚小孔径终端(VSAT)网络的实际基于卫星的互联网协议(IP)通信系统的自适应调制和编码(ACM)的实现。具体而言,根据天气条件选择不同的调制方案,以实现最高的可用数据速率并保持链路可用性。实验结果表明,通过实施ACM技术,在相同的数据速率下至少可以减少24%的带宽。进一步的工作应基于特定地区气象特性的特殊性,将重点放在ACM选择策略上,以便ACM的实施将在无线电资源管理和开发方面带来最大的效率。

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