典型文献
Digital Signal Processing for High-Speed THz Communications
文献摘要：
The use of advanced digital signal pro-cessing(DSP)technology in the high-speed terahertz(THz)communication can effectively compensate the lin-ear and nonlinear effects of the system and further im-prove the transmission performance of the system.This paper introduces the principle and application of ad-vanced DSP algorithms such as probability shaping(PS)technology,Volterra series nonlinear compensation al-gorithm,Kramers-Kronig receiver,look-up table(LUT)pre-distortion compensation technology,pre-equalization and decision-directed least-mean-square equalization al-gorithm.Combined with DSP algorithms such as PS and LUT pre-distortion,using photon-assisted technology to successfully realize the wireless transmission of vector THz signals higher than 1 Tbit/s on the sub-THz band(D-band)4×4 multiple input multiple output system.
文献关键词：
中图分类号：
作者姓名：
YU Jianjun;WEI Yi
作者机构：
School of Information Science and Technology,Fudan University,Shanghai 200433,China
文献出处：
引用格式：
[1]YU Jianjun;WEI Yi-.Digital Signal Processing for High-Speed THz Communications)[J].电子学报（英文）,2022(03):534-546
A类：
B类：
Digital,Signal,Processing,High,Speed,THz,Communications,use,advanced,digital,DSP,technology,speed,terahertz,communication,can,effectively,compensate,nonlinear,effects,system,further,im,prove,transmission,performance,This,paper,introduces,principle,application,algorithms,such,probability,shaping,PS,Volterra,series,compensation,Kramers,Kronig,receiver,look,up,table,LUT,pre,distortion,equalization,decision,directed,least,mean,square,Combined,using,photon,assisted,successfully,realize,wireless,vector,signals,higher,than,Tbit,sub,band,multiple,input,output
AB值：
0.598827
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