Application Of Mobile Communication Technology Research Articles

Cluster-Based Multi-User Multi-Server Caching Mechanism in Beyond 5G/6G MEC

The work on perfecting the rapid proliferation of wireless technologies resulted in the development of wireless modeling standards, protocols, and control of wireless manipulators. Several mobile communication technology applications in different fields are dramatically revolutionized to deliver more value at less cost. Multiple-access Edge Computing (MEC) offers excellent advantages for Beyond 5G (B5G) and Sixth-Generation (6G) networks, reducing latency and bandwidth usage while increasing the capability of the edge to deliver multiple services to end users in real time. We propose a Cluster-based Multi-User Multi-Server (CMUMS) caching algorithm to optimize the MEC content caching mechanism and control the distribution of high-popular tasks. As part of our work, we address the problem of integer optimization of the content that will be cached and the list of hosting servers. Therefore, a higher direct hit rate will be achieved, a lower indirect hit rate will be achieved, and the overall time delay will be reduced. As a result of the implementation of this system model, maximum utilization of resources and development of a completely new level of services and innovative approaches will be possible.

Construction of distance teaching platform based on mobile communication technology

With the development and application of mobile communication technology, people have higher requirements for the transmission and reception of information, and this brings opportunities for distance learning. In view of this, this article has carried on the research to the long-distance teaching platform construction based on the mobile communication technology. First of all, this paper briefly introduces the application type of mobile communication technology in distance education; and then, this paper explores the framework and function of distance learning platform based on mobile communication technology, and gives the specific platform system framework and function modules of figure; finally, the main functions of the distance learning platform based on mobile communication technology are implemented and tested in this paper. The results of this paper show that the system can meet the design requirements, and can achieve distance learning and mobile learning. At the same time, the distance education institutions can transfer more learning resources to learners at a higher speed. The distance teaching platform based on mobile communication technology has a good application prospect, and the platform can exchange information with the traditional campus network to realise the data sharing.

Research on the Application of Mobile Communication Technology in TV Broadcast

In recent years, with the development of 4G technology, it has affected the development of all life in our country, especially the TV industry has been widely used. In this industry background, and how to use mobile communication technology to promote the return of video signals is a hot topic in college students' innovation practice. Based on this, this article discussed the university TV station of the present status of the development, and the application of mobile technology in television video returns to the reliability analysis, and finally to summarize its application effect.

The Design of Data Transmission Device Base Public Network

Based on the rapid development of communication technology and a large area of the base station of the public network being laid, which prompting the data transmission device development that base on the GPRS wireless network. This paper describes the hardware design of a data transmission device which based on GPRS mobile communication technology. Extended remote data transmission via GPRS mobile communication technology applications, and has broad application prospects.

Drug safeguards to ensure the ambulatory medication safety of elderly people

Medication safety is a primary patient safety goal. Medication safety addresses a comprehensive process that includes prescription issuance, medication dispensing, administration, and patient consumption. The application of mobile communication technology to healthcare products and to the extension of medication safety beyond the hospital into daily life are important trends. The elderly are a high risk group for adverse drug events due to age and higher incidences of chronic disease, multiple medication use, and improper medication behavior. Drug safeguards delivered through mobile services can enhance the medication safety of elders. Such services provide an education, care giving, and response link among institutions, homes, and the community, making it easier to integrate medication safety technology into daily life.