基于DPoS共识机制的物联网区块链访问身份认证控制系统OA
IoT Blockchain Access Identity Authentication Control System Based on DPoS Consensus Mechanism
由于传统访问身份认证控制系统存在抗攻击性差的问题,文中设计了基于DPoS(Delegated Proof of Stak)共识机制的物联网区块链访问身份认证控制系统,构建区块链访问身份认证控制模型,并对模型的功能进行分析.在设备层利用物联网设备端获取设备相关信息,在联盟链网络层利用DPoS共识机制对设备层获取的信息进行共识处理,在应用层中运用身份认证控制模型,结合达到共识的信息,裁决身份认证控制权限,从而完成物联网区块链访问身份认证的控制.实验结果表明,所研究的身份认证控制系统能够有效实现身份认证控制,并且被攻击成功率较低,说明系统具有较强的抗攻击性.
Due to the poor attack resistance of traditional access identity authentication control sys-tems,this article aims to design an IoT blockchain access identity authentication control system based on the DPoS consensus mechanism,build a blockchain access identity authentication control model and ana-lyze the functionality of the model.As to the device,we use the IoT device end to obtain device-related in-formation.And as to the alliance chain network,we use the DPoS consensus mechanism to process the in-formation obtained at the device layer for consensus.As to the application,we use an identity authentica-tion control model combined with the consensus information,to determine identity authentication control permissions,thus completing the control of IoT blockchain access identity authentication.The experimen-tal results show that the identity authentication control system studied can effectively achieve identity au-thentication control,and the success rate of attacks for the studied system is low,indicating that the stud-ied system has strong anti-attacking ability.
尚浩;周婷婷;张骏龙
徽商职业学院,安徽省合肥市蜀山区槽郢路15号 230022中国移动通信集团 安徽有限公司合肥分公司,安徽合肥市蜀山区长江西路99号 230022中国铁塔股份有限公司 安徽省分公司,安徽省合肥市高新开发区合欢路22号 230000
信息技术与安全科学
DPoS共识机制物联网区块链身份认证控制
DPoS consensus mechanismInternet of Thingsblockchainidentity authentication con-trol
《河北水利电力学院学报》 2025 (3)
47-52,6
2021年安徽省高校自然研究基金项目(KJ2021A1558)2022年安徽省高等学校质量工程项目(2022jyxm1498)
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