Computer Engineering and Applications ›› 2016, Vol. 52 ›› Issue (22): 15-21.

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Design of distributed parallel wireless communication simulation platform based on 5G

ZHOU Hua, LIU Zhuang, HAN Wei, HUANG Weifang   

  1. College of Wireless Research, ZTE Corporation, Shanghai 201203, China
  • Online:2016-11-15 Published:2016-12-02

面向5G的分布式并行无线通信仿真平台设计

周  华,刘  壮,韩  玮,黄伟芳   

  1. 中兴通讯股份有限公司 无线研究院,上海 201203

Abstract: In order to meet the growing demand of wireless communication, the METIS organization has proposed the goals, the scene and the possible technical scheme of 5G communication. The communication technology is becoming more and more complex. The analysis and evaluation of various wireless communication technologies need to deal with more data and more complex operation. Single core simulation platform can’t meet the needs of 5G wireless communication technology neither in the capacity of internal memory nor in CPU frequency. For evaluating the future 5G wireless communication technology and performance, this paper designs a simulation platform based on the distributed parallel computing server provided by Matlab.

Key words: distributed parallel, wireless communication simulation, large scale and complex network, flexible networking, multi-system coexist

摘要: 为了满足社会对无线通信不断增长的需求,METIS组织提出了5G通信的目标、场景和可能的技术方案,面临的需求越来越苛刻,通信技术越来越复杂,对各种无线通信技术的分析和评估需要处理更多数据和进行更复杂的运算,单核仿真平台不论是内存还是运算速度都无法满足5G无线通信技术的仿真需求,基于Matlab提供的分布式并行计算服务器设计一种用于评估未来5G无线通信技术和性能的仿真平台。

关键词: 分布式并行, 无线通信仿真, 大规模复杂网络, 灵活组网, 多制式共存