Mobile Learning and Resource Sharing Mode of Higher Education Based on 5G Mobile Communication Technology

Abstract

Currently, the development of mobile learning and resource sharing models for higher education, along with the application of 5G and other mobile communication technologies to education, hold significant scientific value. These models will help improve the speed and efficiency of retrieving learning resources for higher education while also organizing and managing learning resources more effectively. The complementarity and growth of mobile learning technology for traditional online learning technology are the major features that this research combines. This research builds a mobile learning and resource sharing mode for higher education based on 5G mobile communication technology, utilizing the Moodle online teaching platform. It also designs and implements a mobile learning model, as well as the system architecture, functional modules, learning mode, and learning process. Ultimately, the system model's primary functional modules are put into practice and put through testing. encouraging mobile learning to assist in a variety of ways in the teaching field. The test probability value P (siq)=0.00, which is significantly less than the significant level of 0.05, and the overall accuracy rate of 74.7% indicate that the AKAZE algorithm is utilized to optimize the model, according to the experimental results. As a result, we think that using a mobile learning instructional design mode will benefit students' academic achievement.