A novel pilot scheme for 5G downlink transmission

K. Wesołowski, Adrian Langowski, K. Bakowski
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引用次数: 5

Abstract

The paper considers the structure of pilots for downlink transmission in a future 5G radio access system. Based on the OFDM signal parameters proposed for the 5G system by Mogensen et al., we suggest to apply a periodical filtered CAZAC sequence in the time domain. We demonstrate the low computational complexity of channel impulse response estimation and its better accuracy if it is based on our time domain pilot sequence as compared with the pilot sequence placed in the frequency domain and based on Zadoff-Chu sequences. The presented link level simulations show the superiority of our pilot design proposal with respect to frequency domain pilot sequences.
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一种新型5G下行传输试点方案
研究了未来5G无线接入系统下行传输的导频结构。基于Mogensen等人提出的5G系统OFDM信号参数,我们建议在时域应用周期滤波的CAZAC序列。与置于频域的导频序列和基于Zadoff-Chu序列的导频序列相比,基于时域导频序列的信道脉冲响应估计具有较低的计算复杂度和更高的精度。所提出的链路级仿真表明了我们的导频设计方案相对于频域导频序列的优越性。
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