典型文献
Wireless Communication Based on Microwave Photon-Level Detection with Superconducting Devices:Achievable Rate Prediction
文献摘要：
Future wireless communication system embraces physical-layer signal detection with high sensitivity,especially in the microwave photon level.Currently,the receiver primarily adopts the signal de-tection based on semi-conductor devices for signal de-tection,while this paper introduces high-sensitivity photon-level microwave detection based on supercon-ducting structure.We first overview existing works on the photon-level communication in the optical spec-trum as well as the microwave photon-level sensing based on superconducting structure in both theoretical and experimental perspectives,including microwave detection circuit model based on Josephson junction,microwave photon counter based on Josephson junc-tion,and two reconstruction approaches under back-ground noise.In addition,we characterize channel modeling based on two different microwave photon detection approaches,including the absorption barrier and the dual-path Handury Brown-Twiss(HBT)ex-periments,and predict the corresponding achievable rates.According to the performance prediction,it is seen that the microwave photon-level signal detection can increase the receiver sensitivity compared with the state-of-the-art standardized communication sys-tem with waveform signal reception,with gain over 10dB.
文献关键词：
中图分类号：
作者姓名：
Junyu Zhang;Chen Gong;Shangbin Li;Rui Ni;Chengjie Zuo;Jinkang Zhu;Ming Zhao;Zhengyuan Xu
作者机构：
Key Laboratory of Wireless-Optical Communications,Chinese Academy of Sciences,School of Information Science and Technology,University of Science and Technology of China,Hefei 230026,China;Huawei Technology,Shenzhen 518129,China
文献出处：
引用格式：
[1]Junyu Zhang;Chen Gong;Shangbin Li;Rui Ni;Chengjie Zuo;Jinkang Zhu;Ming Zhao;Zhengyuan Xu-.Wireless Communication Based on Microwave Photon-Level Detection with Superconducting Devices:Achievable Rate Prediction)[J].中国通信（英文版）,2022(12):27-40
A类：
Achievable,Handury
B类：
Wireless,Communication,Based,Microwave,Photon,Level,Detection,Superconducting,Devices,Rate,Prediction,Future,wireless,communication,system,embraces,physical,layer,signal,detection,high,sensitivity,especially,microwave,photon,level,Currently,receiver,primarily,adopts,semi,conductor,devices,while,this,paper,introduces,structure,We,first,overview,existing,works,optical,trum,well,sensing,superconducting,both,theoretical,experimental,perspectives,including,circuit,Josephson,junction,counter,two,reconstruction,approaches,under,back,ground,noise,In,addition,characterize,channel,modeling,different,absorption,barrier,dual,path,Brown,Twiss,HBT,periments,corresponding,achievable,rates,According,performance,prediction,seen,that,can,increase,compared,state,art,standardized,waveform,reception,gain,10dB
AB值：
0.548999
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