Study On Optical Communications, Volume. 49, Issue 3, 71(2023)

Spectrum Resourse Management Method of V2X based on Deep Reinforcement Learning

Ming-hu WU, Bo JIN, Nan ZHAO*, and Ru WANG
Author Affiliations
  • School of Electrical and Electronic Engineering, Hubei University of Technology, Wuhan 430068, China
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    Figures & Tables(11)
    V2X communication system model of single V2V link
    The model diagram of Dueling-DQN algorithm
    The efficiency of V2I linkη1 on different transmission load K
    The efficiency of V2V linkη2 on different transmission load K
    The efficiency of V2X communication networkη3 on different transmission load K
    The V2I link efficiency η1 of three algorithms at different speeds
    The V2V link efficiency η2 of three algorithms at different speeds
    The V2X communication network efficiency η3 of three algorithms at different speeds
    • Table 1. Vehicle environment simulation parameters

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      Table 1. Vehicle environment simulation parameters

      参数类型数值
      V2I链路数量4
      V2V链路数量1
      载波频率/GHz2
      总带宽W/MHz10
      V2I功率等级/dBm23
      V2V功率等级/dBm[25,15,10,0]
      电路损耗pc/dBm16
      基站天线增益/dBi8
      车辆天线增益/dBi3
      噪声功率σ2/dBm-114
      传输负载K/Bytes2×1 060
      车辆速度V/km/h30
    • Table 2. Channel model parameters of V2I link and V2V link

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      Table 2. Channel model parameters of V2I link and V2V link

      参数V2I链路V2V链路
      路径损耗模型128.1+37.6 log10dLOSin WINNER+B1 Manhattan
      阴影分布对数正态分布对数正态分布
      阴影标准差/dB83
      去相关距离/m5010
      路径损耗和阴影更新/ms100100
      快速衰落瑞利衰落瑞利衰落
      快速衰落更新/ms11
    • Table 3. The hyperparameters of Dueling-DQN

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      Table 3. The hyperparameters of Dueling-DQN

      参数类型数值
      隐藏层数量3
      学习率0.001
      优化器RMSProp
      更新步数100
      激活函数ReLu
      小批样本数2 000
      折扣因子0.5
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    Ming-hu WU, Bo JIN, Nan ZHAO, Ru WANG. Spectrum Resourse Management Method of V2X based on Deep Reinforcement Learning[J]. Study On Optical Communications, 2023, 49(3): 71

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    Paper Information

    Category: Research Articles

    Received: Jun. 21, 2022

    Accepted: --

    Published Online: Jun. 12, 2023

    The Author Email: Nan ZHAO (nzhao@mail.hbut.edu.cn)

    DOI:10.13756/j.gtxyj.2023.03.012

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