Power transmission line monitoring system and method based on MR data of communication base station

Abstract

The invention discloses a power transmission line monitoring system and method based on MR data of a communication base station. The system comprises a power transmission line monitoring background, an MR data transferring device, a communication base station device and a power transmission line monitoring node in a coverage range of the communication base station device; the communication base station device comprises a network terminal, a base station transceiver station and a base station controller; the network terminal is connected with the base station transceiver station through a UM port, and the base station transceiver station is connected with the base station controller; the power transmission line monitoring node is connected with the power transmission line monitoring background through the base station transceiver station, and uploads power transmission line monitoring information to the power transmission line monitoring background; the MR data transferring device acquires the MR data from the communication base station device, and transmits the MR data to the power transmission line monitoring background through the Ethernet; and the power transmission line monitoring background performs comprehensive monitoring management of a power transmission line according to the received power transmission line monitoring information and MR data. According to the power transmission line monitoring system and method, the power transmission line can be monitored in combination with the MR data of the communication base station, and a fault reason can be accurately acquired when a fault occurs.

Description

Technical field [0001] The invention relates to power transmission line monitoring, in particular to a power transmission line monitoring system and method based on MR data of a communication base station. Background technique [0002] The full name of MR is Measurement Report, also called measurement report. It is one of the main basis for evaluating the quality of wireless environment. MR means that information is sent every 480ms (470ms on the signaling channel) on the service channel; [0003] At present, the MR basic data collection system in the prior art mainly consists of a network terminal, a base transceiver station and a base station controller. For the GSM system: MR is the main means for the network side to obtain terminal wireless information; it mainly includes two parts: Uplink signal information and downlink signal information. Downlink signal information is measured and collected by the network terminal (also called mobile station), and reported to the network th...

AI Technical Summary

Problems solved by technology

[0004] In the process of monitoring the transmission line information, the information is generally collected by the monitoring node, and transmitted to the transmission line monitoring background through the base station communication equipment, and monitored by the staff of the monitoring background. In the entire monitoring system, the quality of the wireless environment is very important, but , due to the difference in time, region and external interference signals, the wireless environment quality is also different. Although the existing GSM system has a very mature technology for collecting MR basic data, and then evaluates the wireless environment quality based on the collected MR basic data, However, the collection of basic data mainly relies on network terminals, base transceiver stations and base station controllers. The basic MR data can only be transmitted to the evaluation center of the GSM system through the base station controller. The background information of the transmission line monitoring cannot obtain the basic information of MR data, which is inconvenient. Monitor the quality of the communication environment

When the transmission line monitoring background cannot receive data from the monitoring nodes, it is not clear whether the fault is caused by the quality of the communication environment or the damage of the node equipment, which brings a lot of inconvenience to the monitoring management

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