Master-slave Blockchain Based Cross-domain Trust Access Mechanism for UPIOT

Chenguang Wu, Jizhao Lu, Wencui Li, Huiping Meng, Yinlin Ren
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引用次数: 1

Abstract

In order to solve the problem that the power terminal cross-domain authentication system is not compatible with the existing authentication system, this paper designs a cross-domain authentication model for power terminals based on master-slave Blockchain, including ubiquitous sensing module, cross-domain authentication module and grid application system module, original authentication system module. Secondly, based on the authentication model, the Blockchain-based registration process of the power terminal, the intra-domain authentication process based on the Blockchain, and the cross-domain authentication process based on the Blockchain are designed. Finally, from the two aspects of the registration process of the power terminal and the authentication process of the power terminal, it is verified that the authentication mechanism proposed in this paper can not only achieve cross-domain authentication of the power terminal, but also be compatible with the original identity authentication system.
基于主从区块链的UPIOT跨域信任访问机制
为了解决电力终端跨域认证系统与现有认证系统不兼容的问题,本文设计了一种基于主从区块链的电力终端跨域认证模型,包括泛在传感模块、跨域认证模块和网格应用系统模块、原有认证系统模块。其次,在认证模型的基础上,设计了基于区块链的电力终端注册流程、基于区块链的域内认证流程和基于区块链的跨域认证流程。最后,从电力终端的注册过程和电力终端的认证过程两个方面验证了本文提出的认证机制既能实现电力终端的跨域认证,又能与原有的身份认证系统兼容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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