Edge Intelligence and Blockchain Empowered 5G Beyond for the Industrial Internet of Things

Ke Zhang, Yongxu Zhu, Sabita Maharjan, Yan Zhang

IEEE Network · 2019 · 282 citations · 14 references

Concepts

TL;DR

Edge intelligence enables low‑latency, cost‑effective IIoT services, but the growing demand for ubiquitous 5G resources and the vulnerability of distributed edge services to malicious nodes make secure edge service management a major challenge. The authors propose an edge‑intelligence and blockchain‑empowered IIoT framework to provide flexible and secure edge service management. The framework includes a cross‑domain sharing edge‑resource scheduling scheme and a credit‑differentiated edge transaction approval mechanism. Numerical results show that the schemes significantly reduce edge service cost while increasing service capacity.

Abstract

Edge intelligence is a key enabler for IIoT as it offers smart cloud services in close proximity to the production environment with low latency and less cost. The need for ubiquitous communication, computing, and caching resources in 5G beyond will lead to a growing demand to integrate heterogeneous resources into the edge network. Furthermore, distributed edge services can make resource transactions vulnerable to malicious nodes. Ensuring secure edge services under complex industrial networks is a big challenge. In this article, we present an edge intelligence and blockchain empowered IIoT framework, which achieves flexible and secure edge service management. Then we propose a cross-domain sharing inspired edge resource scheduling scheme and design a credit-differentiated edge transaction approval mechanism. Numerical results indicate that the proposed schemes bring significant improvement in both edge service cost and service capacities.

References

14