Integrated control strategy for 5G base station frequency
The proposed capacity model and control methods are evaluated using a case study of a two-machine test system with 10,000 real 5G base stations, demonstrating the
Ratheesh et al. proposed a BS-Relay Station deployment technology based on joint clustering. The algorithm takes into account network throughput and coverage to achieve BS-Relay Station deployment. From the perspective of energy and the environment, the power that a BS consumes is proportional to the maximum region that the BS can serve .
In this context, relying on a uniform service strategy limits the network's ability to adapt and scale to these diverse needs. To overcome these challenges, China Telecom and ZTE introduced the “Cluster” concept. This approach groups base stations with similar service characteristics and requirements into clusters.
By extending the “Cluster” concept to the spatial domain, the cluster dynamic radio sharing (Cluster DRS) solution enables low-altitude, three-dimensional coverage on 5G commercial networks, delivering ultra-stable user experiences and expanding across industries to fully unlock the potential of 5G. The Cluster Concept
To overcome these challenges, China Telecom and ZTE introduced the “Cluster” concept. This approach groups base stations with similar service characteristics and requirements into clusters. Each cluster uses a tailored resource allocation strategy, while different clusters employ differentiated approaches.
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