Article Details

Abstract

With the deep integration of IoT, Big Data, 5G, and cloud computing technologies into smart campuses, the comprehensive deployment of IPv6 is imperative. Many leading universities accumulate rich practical experience, providing a theoretical and practical foundation for latecomer institutions to achieve a “latecomer advantage” in rapid IPv6 deployment. To fully utilize existing experience and reduce deployment risks and costs, this paper systematically reviews IPv6 construction practices across various universities. It proposes a layered upgrade scheme based on a “dual-stack first” strategy and offers targeted solutions to key implementation challenges such as device compatibility, terminal access, and host security exposure. Meanwhile, this paper validates the high cost-effectiveness and feasibility of the proposed scheme through cost comparison analysis and simulation test data. The results demonstrate that this scheme provides a low-cost, rapid IPv6 upgrade path for ordinary vocational colleges, enabling them to quickly realize the deployment of IPv6 applications in their smart campuses.

Keywords

IPv6; smart campus; rapid deployment; dual-stack technology; address planning

References

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About the authors

Li Songlin (October 1997-), male, Han ethnicity, from Zhumadian, Henan, engineer, bachelor's degree, research interests include network deployment technologies and AI and smart IoT teaching practice; Hu Wenqi (January 1993-), male, Han ethnicity, from Zhengzhou, Henan, intermediate engineer, bachelor's degree, research interests include network planning and design, network security, campus network deployment and implementation and online course development.