Opening book details…
Can I read A Blockchain-Based User Identity Authentication Method for 5G on EtoBox?
A Blockchain-Based User Identity Authentication Method for 5G by Zhe Tu; Huachun Zhou; Kun Li; Haoxiang Song; Weilin Wang is a book available to read on EtoBox.
What is A Blockchain-Based User Identity Authentication Method for 5G about?
The massively connected 5G IoT scene brings new challenges to identity authentication. Existing identity authentication methods have problems such as high time delay and poor efficiency when mass access is performed, and it is difficult to meet the situation of the rapid increase in the number of users. In this paper, we proposed a blockchain-based user identity authentication method for 5G IoT scenarios. This method builds the mapping relationship between user attributes and identity, and utilizes blockchain technology to realize the authentication requirements of mass users in 5G scenarios. In addition, we also deployed a prototype system to verify the performance of the proposed method. Experimental results show that the identity authentication method proposed in this paper has significant advantages in delay and processing efficiency compared with traditional centralized authentication methods and common distributed authentication methods.
- Author
- Zhe Tu; Huachun Zhou; Kun Li; Haoxiang Song; Weilin Wang
- Publisher
- Springer Singapore : Imprint: Springer
- Published
- 2022
- Language
- EN
- ISBN
- 9789811695766
- Subjects
- Computer Science, Engineering, Mathematics
More by Zhe Tu; Huachun Zhou; Kun Li; Haoxiang Song; Weilin Wang
Browse all works by Zhe Tu; Huachun Zhou; Kun Li; Haoxiang Song; Weilin Wang
Similar books
- Blockchain-Based Authentication in IoT Environments: A Survey — Mohammed M. Alani (2022)
- Blockchain-based Privacy Approaches for 5G Healthcare Informatics — B.L. Sandeep; Vibhavari B. Rao; K. Aditya; S.R. Mani Sekhar; G.M. Siddesh (2022)
- Cloud-Aided Privacy Preserving User Authentication and Key Agreement Protocol for Internet of Things — Chenyu Wang; Ding Wang; Haowei Wang; Guoai Xu; Jing Sun; Huaxiong Wang (2019)
- Certificateless Authentication and Consensus for the Blockchain-Based Smart Grid — Egide Nkurunziza; Gervais Mwitende; Lawrence Tandoh; Fagen Li (2022)
- Integration Femtocells Based on Hybrid Beamforming with Existing LTE Macro-cell for Improving Throughput Towards 5G Networks — Mohammed K. Hussein; Nasser N. Khamiss (2022)
- Multicore Fibres for 5G Fronthaul Evolution — Ivana Gasulla; José Capmany (2019)