A MODEL OF SMART CAMPUS BASED ON 5G TECHNOLOGY NETWORKING FOR UNIVERSITY MANAGEMENT IN CHINA

The article discusses the current development status of smart campuses and the challenges they face, such as bandwidth limitations. Following this, the paper explains how 5G can overcome these limitations, enabling the development of next-generation smart campuses. Achieving these advancements could transform the fragmented state of universities and improve teaching, research, and administrative management efficiency. The research develops a model for next-generation smart campuses and examines their applications in teaching, exams, evaluation, security, and management within a 5G environment. The study designs how 5G technology enhances smart campuses across networking, teaching, exams, evaluation, security, and management. The implementation of 5G technology enhances its integrated application across various facets of university operations, thereby offering clear direction and guidance for the subsequent development of smart campuses within higher education institutions.

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Publication Details

Journal
The EUrASEANs journal on global socio-economic dynamics
Published
2024-11-30
DOI
https://doi.org/10.35678/2539-5645.6(49).2024.464-474
Primary Topic
Telecommunications and Broadcasting Technologies
Type
article
Field-Weighted Citation Impact
0.00
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article

A MODEL OF SMART CAMPUS BASED ON 5G TECHNOLOGY NETWORKING FOR UNIVERSITY MANAGEMENT IN CHINA

Zipei Zhang, Haijuan Yan, Yan Ye, Ping Wang
The EUrASEANs journal on global socio-economic dynamics
Telecommunications and Broadcasting Technologies
article

A MODEL OF SMART CAMPUS BASED ON 5G TECHNOLOGY NETWORKING FOR UNIVERSITY MANAGEMENT IN CHINA

Zipei Zhang, Haijuan Yan, Yan Ye, Ping Wang
article en

Abstract

The article discusses the current development status of smart campuses and the challenges they face, such as bandwidth limitations. Following this, the paper explains how 5G can overcome these limitations, enabling the development of next-generation smart campuses. Achieving these advancements could transform the fragmented state of universities and improve teaching, research, and administrative management efficiency. The research develops a model for next-generation smart campuses and examines their applications in teaching, exams, evaluation, security, and management within a 5G environment. The study designs how 5G technology enhances smart campuses across networking, teaching, exams, evaluation, security, and management. The implementation of 5G technology enhances its integrated application across various facets of university operations, thereby offering clear direction and guidance for the subsequent development of smart campuses within higher education institutions.

The EUrASEANs journal on global socio-economic dynamics(6(49))
Stamford International University (TH), Henan University of Technology (CN), Zhejiang University of Finance and Economics (CN)
Industry, innovation and infrastructure
Openalex Percentile: Top 64%
Telecommunications and Broadcasting Technologies
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