5G can provide a cost-effective way to deliver fiber-like internet speeds wirelessly to institutions such as schools, addressing some of the “last mile” challenges in rural areas via Fixed Wireless Access (FWA).
Miyu Nishii, a fourth-year student and at California Polytechnic State University (Cal Poly), offers the student perspective on the Digital Innovation Project at the school’s DX Hub by Amazon Web Service.
In 2019, the Verizon Innovative Learning Initiative and NYC Media Lab collaborated to develop various virtual educational projects and a mixed-reality environment for middle school students and teachers to learn geography through hip-hop and rap.
Prisms VR, a virtual reality learning platform, has teamed up with T-Mobile US to provide interactive math and science lessons to schools to the Lenawee Intermediary School District in Michigan. Together, they are working to reduce the opportunity gap in STEM education.
Administrators at Leataata Floyd Elementary School in Sacramento, California, were delighted to send home 350 laptops with students, but internet access was still a challenge. Then the pandemic hit. A private 5G network deployment helped connect the district elementary school, lower- income neighborhoods and the community center.
The University of Tennessee Knoxville with AT&T is building out its 5G+ technology on campus. They will research use cases for the military, security and rescue operations; expanded instructional practices; and 5G applications for rural areas.
AT&T is building a new private 5G network at the University of Connecticut's Stamford campus. The network will enable a data science technology incubator and an entrepreneurship program to help students create products for the real estate and construction industries.
To address the digital divide in urban areas, cities can implement private 5G networks and IoT technologies, which helps bring connectivity to all parts of the city. This also supports costs by offering different revenue-sharing services.
Immersive education helps students understand concepts in 1 3D tactile environment, such as VR. 5G’s low latency and higher speeds deliver a better VR experience.
The study will consider how companies can produce revenue from 5G deployments by exploring the unique networks demands in agricultural communities, according to Taejoon Kim, assistant professor of electrical engineering & computer science and researcher at the Institute for Information Sciences.
Qualcomm 5G Wireless Academy 2022
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