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Efficiency of Satellite Transponder Using Paired Carrier Multiple Access with Low Density Parity Check

机译:使用配对载波使用低密度奇偶校验检查的卫星转发器的效率

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The increasing use of satellite communication systems for internet purposes requires much more bandwidth than the available. This work discusses the results of research on efficient use of bandwidth and transponder power using Paired Carrier Multiple Access. In this research, a satellite communication link point to point with a speed 2048 kbps was used for measuring the bandwidth and calculating the transponder power. This research is looking for the most optimal value of using transponder capacity with modulation, FEC and coding variations. The 8PSK LDPC 2/3 modcod is the most optimal ones because it uses the smallest transponder capacity 3.48% with 50% efficiency. The changing of transponder services from power limited to bandwidth limited will increase the obtained efficiency but reduce the link quality.
机译:卫星通信系统的越来越多地用于互联网目的需要比可用的更多带宽。这项工作讨论了使用配对载波多次访问的有效利用带宽和应答器功率的研究结果。在该研究中,使用具有速度2048kbps的点的卫星通信链路点用于测量带宽并计算应答器功率。该研究正在寻找使用转发器容量,使用调制,FEC和编码变化的最佳值。 8PSK LDPC 2/3 Modcod是最佳的,因为它使用最小的应答器容量为3.48%,效率为50%。从电源限制到带宽限制的转发器服务会增加所获得的效率,但降低了链路质量。

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