The commercial deployment of 5G technology has brought new opportunities and challenges to digital broadcasting service. Digital broadcasting, together with other applications, will have to rely on 5G mmWave channel to transmit high quality signals. In mmWave band, channel coding is a key technology to ensure reliable information transmission and quality of service. This paper correspondingly proposes a fast simplified multi-bit successive cancellation list (Fast-SMSCL) decoding method for polar codes, with FPGA implementation details. Simulation study shows that our proposed method makes fully use of consecutive information bits and achieves prominent latency reduction compared to the conventional simplified multi-bit successive cancellation list decoding.

中文翻译：

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具有 Polar 码快速列表解码功能的未来 5G 毫米波电视服务

5G技术的商用部署给数字广播业务带来了新的机遇和挑战。数字广播以及其他应用将不得不依赖 5G 毫米波信道来传输高质量信号。在毫米波频段，信道编码是保证信息可靠传输和服务质量的关键技术。本文相应地提出了一种极坐标码的快速简化多位连续对消列表（Fast-SMSCL）解码方法，并附有FPGA实现细节。仿真研究表明，与传统的简化多位连续对消列表解码相比，我们提出的方法充分利用了连续信息位并实现了显着的延迟减少。