Full-Duplex Massive MIMO AF Relaying System with Low-Resolution ADCs under ZFT/ZFR Scheme
This paper investigates the multi-user full-duplex massive multiple-input multiple-output(MIMO)amplify-and-forward(AF)relaying system with low-resolution analog-todigital converts(ADCs),where the zero-forcing transmitting/zero-forcing receiving(ZFT/ZFR)precoding scheme is employed.By modeling the loop-interference and quantization noise as additive noise,we perform the analysis of the achievable spectral efficiency(SE)that is given with closed-form expressions.Then,we present the asymptotic analyses under three different power-scaling scenarios.Comparison analysis shows that,with different power-scaling schemes,the system has different ability to restrict the effect of loop interference and low-resolution ADCs.Specially,the impact of loop interference and quantizer errors on achievable SE is restricted effectively only under the powerscaling scenario where the relays transmit power is scaled down with the number of transmit antennas at relay.At the same time,the effect of loop interference can be also restricted under the case where both the transmit powers at sources and relay are scaled down with the relays antenna number.The results can be used to guide the design of massive MIMO relaying systems so that the hardware cost and energy consume can be deduced significantly.
massive MIMO full-duplex low-resolution ADCs relay power-scaling
Jinliang Jiao Xiangdong Jia Meng Zhou Mangang Xie Qi Cao
College of Computer Science and Engineering,Northwest Normal University,Lanzhou,China
国际会议
重庆
英文
2024-2028
2017-03-25（万方平台首次上网日期，不代表论文的发表时间）