使用500 × 500米网格方法分析宽带城市业务性能数据

N. Khaerunisa
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引用次数: 0

摘要

用户使用业务的稳定性要求运营商提供良好的网络质量来满足用户的需求。宽带城市的性能状况会影响业务,尤其是用户使用的数据业务。有时当用户使用数据服务时,会出现干扰,导致用户之间的通信受阻。研究的目的是确定城市宽带性能的状况和速度测试测量结果在指标1和指标2上的原因。使用与500x500米网格上的服务性能数据测量相关的几个参数确定性能。500x500米网格方法的实现是通过将兴趣点和测量服务性能数据的结果映射到500x500米网格来完成的。RSRP和SINR驱动试验参数的测量结果分别占100%和98.2%,速度试验的测量结果占96.19%,效用占92.6%。在一定时间内的测量结果,驾驶试验参数RSRP和SINR分别有100%和100%的百分比,速度试验100%。10个网格的测量结果,一个网格中4个不同的点,驾驶试验参数RSRP和SINR的百分比分别为100%和100%,100%速度试验。需要网络优化的位置是总速度测试结果在指标1和2上的位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of Broadband City Service Performance Data Using the 500 x 500 Meter Grid Method
The stability of the services used by the users requires operators to provide good network quality to meet their needs. Broadband city performance conditions will affect the service, especially in data services used by users. Sometimes when a user uses a data service, there are disturbances that cause communication to be obstructed between users. The research objective is to determine the condition of the city broadband performance and the causes of the speed test measurement results are on indicators 1 and 2. Determination of performance using several parameters related to the measurement of service performance data on the 500x500 meter grid. The implementation of the 500x500 meter grid method is done by mapping the points of interest and the results of measuring service performance data to the 500x500 meter grid. The results of the measurement results of the RSRP and SINR drive test parameters have a percentage of 100% and 98.2%, speed test 96.19%, utility 92.6%. The measurement results at certain hours, drive test parameters RSRP and SINR have a percentage of 100% and 100%, speed test 100%. The measurement results of 10 grids with 4 different points in one grid, drive test parameters RSRP and SINR have a percentage of 100% and 100%, and 100% speed test. Locations that require network optimization are locations where the total speed test results are on indicators 1 and 2.
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