典型文献
Non-Orthogonal Transmission for User and Control Plane Split Architecture in 5G Systems and Beyond:Performance Analysis and Design Insights
文献摘要：
In next generation networks,mobility man-agement will be a critical issue due to dense base station(BS)deployment,for which user and con-trol plane split architecture provides a promising so-lution.Jointly designing such architecture with non-orthogonal transmission brings in more flexibility to further improve system efficiency.This paper pro-poses a non-orthogonal transmission design for user and control plane split architecture.In this design,user equipments(UEs)will select the BS providing the strongest received signal to associate its data chan-nel,but constantly connect its control channel to the nearest macro-cell BS(MBS).Upon non-orthogonal transmission,an MBS can multiplex data traffics and control signals on the same resource.Stochastic ge-ometry based analysis is carried out to investigate out-age probability,which extends its regular definition by jointly considering data and control channels,and then mobility-aware outage rate.Numerical results show that:1)The proposed split architecture allevi-ates the increase in handover rate for ultra dense net-working,compared with conventional architecture.2)Non-orthogonal transmission outperforms traditional orthogonal transmission in the split architecture,be-cause it is capable of accommodating more control channels.3)By carefully adjusting power levels,min-imum outage probabilities can be reached for macro-cell UEs in the proposed design.
文献关键词：
中图分类号：
作者姓名：
Xianling Wang;Haijun Zhang;Yitong Liu;Chen Zhu;Yue Tian
作者机构：
Fujian Key Laboratory of Communication Network and Information Processing,Xiamen University of Technology,Xiamen 361024,China;University of Science and Technology Beijing,Beijing 100083,China;Beijing University of Posts and Telecommunications,Beijing 100876,China
文献出处：
引用格式：
[1]Xianling Wang;Haijun Zhang;Yitong Liu;Chen Zhu;Yue Tian-.Non-Orthogonal Transmission for User and Control Plane Split Architecture in 5G Systems and Beyond:Performance Analysis and Design Insights)[J].中国通信（英文版）,2022(11):179-194
A类：
Jointly,traffics
B类：
Non,Orthogonal,Transmission,User,Control,Plane,Split,Architecture,Systems,Beyond,Performance,Analysis,Design,Insights,next,generation,networks,mobility,agement,will,be,critical,issue,due,dense,station,deployment,which,user,plane,split,architecture,provides,promising,lution,designing,such,orthogonal,transmission,brings,more,flexibility,further,improve,system,efficiency,This,paper,poses,control,this,equipments,UEs,select,providing,strongest,received,associate,its,data,but,constantly,connect,nearest,macro,cell,MBS,Upon,can,multiplex,signals,same,resource,Stochastic,ometry,analysis,carried,investigate,probability,extends,regular,definition,by,jointly,considering,channels,then,aware,outage,rate,Numerical,results,show,that,proposed,allevi,ates,increase,handover,ultra,working,compared,conventional,outperforms,traditional,cause,capable,accommodating,By,carefully,adjusting,power,levels,imum,probabilities,reached
AB值：
0.575391
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机标中图分类号，由域田数据科技根据网络公开资料自动分析生成，仅供学习研究参考。
