Overall network scoring method applied to 230 MHz wireless private network system

Abstract

The invention discloses an integral network scoring method applied to a 230 MHz wireless private network system. The integral network scoring method comprises the following steps that a terminal acquires monitoring data and reports a measurement result according to a set period; the base station side receives the measurement result and calculates a corresponding SNR according to the RSRP and the RSRQ; the base station sends the RSRP reported by the terminal and the calculated corresponding SNR to a network quality monitoring platform; the network quality monitoring platform receives and storesthe terminal RSRP and SNR reported by the base station; the network quality monitoring platform performs grading and weighting on the SNR and the RSRP according to the demodulation performance of the230 MHz wireless private network system, scores the RSRP and the SNR of all the terminals, and obtains an RSRP score and an SNR score of the whole network; and the network quality monitoring platformperforms weighted calculation on the RSRP score and the SNR score of the overall network to obtain a final overall network score. The terminal data reporting method and the reporting period are optimized, and the coverage condition, the demodulation capability and the service transmission performance of each system are truly reflected.

Description

technical field [0001] The invention relates to the field of network communication, in particular to an overall network scoring method applied to a 230MHz wireless private network system. Background technique [0002] With the rapid development of wireless communication technology, more and more industrial applications also use wireless communication systems for business transmission, and the power industry also uses wireless communication technology for power business transmission. The 230MHz wireless private network system has been applied on a certain scale in the electric power industry. During the application process, it is necessary to monitor the network, evaluate the overall network, and optimize coverage. At present, there are many solutions for network evaluation and coverage optimization, such as industrial parameter verification, MR (Measurement Report, measurement report) statistics, drive test analysis, CQT test (call quality dial test), etc. Although CQT test ...

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