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Design and Implementation of Programmable RS Codec Module in Satellite Communication Modem

机译:卫星通信调制解调器中可编程RS编解码模块的设计与实现

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In the study and implementation of a programmable RS codec module in satellite communication modern, FPGA is used as the kernel in the implementation, while some ASICs are used as necessary assistant measures. The module includes the RS codec unit, the interleaver and deinterleaver unit, the scrambler and descram-bler unit and the frame synchronization unit. The module is realized successfully and it can be programmed on-line to meet the requirements of IESS 308/309/310 including many specifications about different service types and data rates. With the implementation combining FPGA with ASICs, size of the circuit is much reduced, its flexibility dramatically increased, and its stability further strengthened. Furthermore, the module is based on the software radio concept and can be easily integrated into the whole satellite communication modem.
机译:在现代卫星通信中对可编程RS编解码器模块的研究和实现中,以FPGA为实现核心,而一些ASIC为辅助手段。该模块包括RS编解码器单元,交织器和解交织器单元,加扰器和解扰器单元以及帧同步单元。该模块成功实现,可以在线编程以满足IESS 308/309/310的要求,包括有关不同服务类型和数据速率的许多规范。通过将FPGA与ASIC相结合的实现,电路的尺寸大大减小,灵活性大大提高,稳定性进一步增强。此外,该模块基于软件无线电概念,可以轻松集成到整个卫星通信调制解调器中。

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