电联共建共享场景下的网络优化方法研究与应用  

Research and Application of Network Optimization Method in the Scenario of co-Construction and Sharing by Telecommunication Union

作　　者：章勋[1] 邱广 ZHANG Xun;QIU Guang(China Telecom Co.,Ltd.Hubei Cloud Network Optimization Operation Center,Wuhan 430030,China)

机构地区：[1]中国电信股份有限公司湖北云网优化运营中心,湖北武汉430030

出　　处：《长江信息通信》2022年第6期184-186,共3页Changjiang Information & Communications

摘　　要：随着对国家资源节约、降本增效建设发展策略的落实,电信联通4/5G网络共建共享规模不断扩大,双方进行资源互补、共维共优,已逐步呈现出4/5G共建共享带来的网络优势。为进一步深入推进共建共享规模,由单点共享逐步迈向连片深度共享,并保障共享网络质量,本文针对插花覆盖、异频切换、共享优化等难点,提出共建共享频率重耕、数据统一配置、移动性策略优化方案一系列流程,有效保证共享开通质量。同时,以武汉郊区为试点,共享后信号覆盖提升明显,平均RSRP提升5.08dBm,平均SINR提升0.86dB,综合覆盖率提升2.05%,下载平均速率提升27.4%,对于助力用户感知提升,达到较好共享效果。With the implementation of the national resource conservation, cost reduction and efficiency improvement construction and development strategy, the scale of China Unicom’s 4/5G network co-construction and sharing continues to expand. network advantages. In order to further promote the scale of co-construction and sharing, gradually move from single-point sharing to contiguous in-depth sharing, and ensure the quality of the shared network, this paper proposes co-construction and sharing frequency re-farming, data re-farming, data sharing, etc. A series of processes of unified configuration and mobility strategy optimization scheme can effectively ensure the quality of shared provisioning. At the same time, taking the suburbs of Wuhan as a pilot project,the signal coverage has improved significantly after sharing, with the average RSRP increased by 5.08dBm, the average SINR increased by 0.86dB, the comprehensive coverage rate increased by 2.05%, and the average download rate increased by 27.4%,which is good for helping users to improve their perception. Share effects.

关 键 词：共建共享 异频切换 参数配置 网络优化 

分 类 号：TN929.531[电子电信—通信与信息系统]