A High-Efficiency Mobility Load Balancing System Architecture for Hybrid Mobile Cell Network

Abstract

The fifth-generation network increases the speed of data transmission by providing more bandwidth than in the past. The larger bandwidth also increases the number of device connections in a same size area. However, people may be concentrated in a specific area for various reasons. This can easily cause the base station load to become heavy. If the connected device exceeds the load that the base station can accommodate, it will affect the connection efficiency and transmission quality. Therefore, this study proposes a mobile load balancing system architecture based on macro cell and small cell hybrid networks, which is used to implement an effective load balancing to maximize the load capacity of the overall network.