Design of Deep Service Awareness and Analysis System for International Education Park Network

Hongyan Luo

doi:10.63313/JCSFT.2001

Authors

Hongyan Luo School of Integrated Circuits and Communication, Suzhou Vocational Institute of Industrial Technology, Suzhou 215104, China Author

DOI:

https://doi.org/10.63313/JCSFT.2001

Keywords:

Deep Service Awareness, DPI/DFI Technology, Four-Layer System Architecture, Network Security Monitoring

Abstract

Given the characteristics of the International Education Park network, such as a large user scale, complex services, and high quality requirements, this project aims to achieve a "visible, manageable, controllable, and trustworthy" network. It plans to build a centralized-distributed data storage and sharing system, collaborate with CDN/Cache to optimize resource scheduling, and construct a full-process security monitoring and big data performance management platform to meet eight core functional requirements, including multi-dimensional visualization, resource analysis, and quality evaluation. By comparing IP Account, Flow, and DPI/DFI technologies, DPI/DFI is selected as the core technology. A four-layer architecture (Application Layer, Sharing Layer, Decoding Layer, and Collection Layer) is designed, and its technical maturity, industrial chain completeness, and deployment feasibility are analyzed. The equipment deployment and interface design schemes are clarified to provide support for the digital transformation and efficient operation of the Education Park network.

References

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