Companies and local governments are considering the introduction of local 5G as a private radio communications network that can be used individually according to their needs. In order to consistently enjoy the benefits of local 5G, such as high throughput, massive connectivity, and low latency, it is essential to avoid communications congestion and competition.
This cannot be achieved simply by installing local 5G equipment. In the commercial mobile networks operated by telecom carriers, when communications quality degrades, network specialists spend considerable time to adjust the priorities and data rate of communications based on the analysis of communication conditions. However, such analysis and operation is difficult in private mobile networks without such experts.
To alleviate this issue, NEC has developed a technology that offers real-time analysis through artificial intelligence that matches the analytical know-how of trained specialists. This technology facilitates optimal operation of networks that fully demonstrates the capabilities of their performance. The technology achieves this by reliably estimating the amount of communications in real-time by communication type, such as video, still image, and text data, based on the features of the current communications traffic.
In addition, the technology automatically tracks changes in usage conditions by learning without human intervention. As a result, even users who do not have network expertise can operate a large number of various devices and applications through local 5G with high performance and stable utilization.