With the rapid development of wireless communication technology, spectrum resources are becoming scarce. In order to avoid waste of resources and promote the healthy development of 5G communication technology, a new multi-antenna transmission technology has been developed. For example, by constructing a large matrix through LSAL technology, it can effectively prevent interference, greatly improve the fundamental benefits of edge users, optimize the allocation of spectrum resources, and create favorable conditions for the development of 5G wireless communication technology. This transmission technology can scientifically design spatial layout, use hierarchical structure to fully utilize the advantages of one-to-many services.
In order to ensure the sustainable development of 5G Core Network wireless communication technology, we need to improve the utilization of high-frequency resources. At present, high-frequency transmission technology can effectively promote the application and development of 5G wireless communication technology. By greatly improving the utilization rate of frequency resources, it can meet the technical requirements of modern network development. Nowadays, countries and many communication companies around the world are increasing their research and application of high-frequency transmission technology.
The development space of 5G wireless communication technology is large, which makes the small cells more and more dense. In order to effectively promote the full coverage of this technology and meet the development requirements of large-scale data services, blind spots should be removed in time and technical capacity should be increased. With the extensive use of data, the density of small cells increases. Therefore, it is necessary to improve the anti-interference ability of the 5G Core Network wireless communication technology, fully apply the dense network technology, and promote the good development of 5G wireless communication technology.
Nano technology occupies an important position in the wireless communication technology of 5G Core Network and is the core structure to improve technological construction. This technology can focus on the data collection form in the system, transfer information according to the flat IP Internet transmission mode, and introduce it into user terminals. After the data is processed by nano-technology, the system combines with the server to rearrange the wireless signal, ensuring the quality of the signal and smoothly entering the user terminal. Relevant personnel applied nano-chips to the mobile supervision center, used the automated mode to provide convenient conditions for users, and obtained high-precision results, which significantly improved the efficiency and quality of 5G wireless communication technology.
Cloud computing is an emerging technology applied to the central control server, which can play a role in storing data and implementing applications. This technology can store files and install application software on each terminal, and can use the Internet for reading and using. Comprehensive promotion and use of cloud computing technology can ensure that regional information platforms store more video data and information in the central control system, effectively read files, and lay a foundation for the good operation of the system.
The servers mainly consist of 4 levels: the network layer, the physical layer, the application layer, and the session layer. The bottom layer is the physical layer, which is mainly responsible for collecting data and can promote the open construction of 5G wireless communication technology. The network layer connects the session layer and the physical layer, ensuring unobstructed information transmission. The session layer generates open transmission protocols around system commands, and uses targeted disposal modes according to various IP addresses. Users introducing 5G Core Network wireless communication technology need to create an account and log in with a password. If the password is incorrect, it cannot be connected. The application layer can provide users with comprehensive services, transform data into new plans, and deeply analyze product functions to effectively improve user efficiency.