A Microservices-Based Virtualized Blockchain Framework for Emerging 5G Data Networks
A Microservices-Based Virtualized Blockchain Framework for Emerging 5G Data Networks
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DOI：
10.1109/gcwkshps45667.2019.9024409
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发表时间：
2019-12
期刊：
影响因子：
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通讯作者：
D. Krishnaswamy;Pramod Jundre;Aayush Bhatnagar;Kanchan Chauhan;Dipender Bhamrah;Shobhit Srivastava;Sumit Thakur;Sandeep Bisht;Sandeep Narula;Kiran Jangid
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文献类型：
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作者：
D. Krishnaswamy;Pramod Jundre;Aayush Bhatnagar;Kanchan Chauhan;Dipender Bhamrah;Shobhit Srivastava;Sumit Thakur;Sandeep Bisht;Sandeep Narula;Kiran Jangid
本文讨论了在5G和未来网络的新兴可编程分布式基础设施中利用基于微服务的范例来利用区块链技术的可能性。考虑了不同的使用案例，如用户数据隐私管理、医疗保健紧急服务或边缘信息交付，以及利用此类分布式区块链基础设施的新兴5G使用案例。具体地，对于与数据隐私相关的管理，考虑分离控制平面和用户/数据平面以在控制平面中记录区块链交易数据，同时在用户/数据平面中记录与交易相关联的散列。本文还讨论了未来新兴网络中可能的未来扩展。
The paper addresses the possibility of leveraging a microservices-based paradigm to leverage blockchain technology in the emergent programmable distributed infrastructure for 5G and future networks. Different use-cases such as user data privacy management, healthcare emergency services, or edge information delivery, and for emerging 5G use-cases leveraging such distributed blockchain infrastructure are considered. In particular, for data privacy related management, a separation of the control plane and the user/data plane is considered to record blockchain transaction data in the control plane, while recording a hash associated with the transaction in the user/data plane. The paper also discusses possible future extensions in emerging future networks.