CN-122028074-A - Regional network index integrated monitoring and station breaking guarantee system, method, device and storage medium

CN122028074ACN 122028074 ACN122028074 ACN 122028074ACN-122028074-A

Abstract

The invention discloses a regional network index integrated monitoring and station breaking guaranteeing system, a method, a device and a medium, relates to the technical field of communication network optimization. The system integrates multi-source network data through the data importing and storing module, the map and network element display module realizes physical and chemical presentation, the multi-mode delineating module provides accurate network element delineating, the index monitoring module completes real-time index analysis, the station breaking guarantee module realizes grading guarantee, and the searching module assists in rapid positioning. The invention solves the problems of data dispersion, low delineating efficiency, untimely guarantee and the like in the prior art, realizes the whole-flow closed loop of data integration, geographical presentation, accurate delineation, real-time monitoring and station breakage early warning, and improves the network optimization efficiency and user perception.

Inventors

XIAO HANCHUN
ZENG CHUANJUN
Dai Shangxin
TANG YI
QU DAIJUN

Assignees

重庆信科通信工程有限公司

Dates

Publication Date: 20260512
Application Date: 20260202

Claims (10)

1. An integrated monitoring and outage guarantee system for regional network indexes, comprising: The data importing and storing module is used for receiving 8 types of network data, wherein the 8 types of network data comprise 4G industrial parameters, 4G industrial parameters (big data), 5G industrial parameters, poor quality cell data, alarm data, station breaking list, data with the LTE user number larger than 300 and LTE low perception data, the data importing and storing module sets the 4G industrial parameters, the 4G industrial parameters (big data), the 5G industrial parameters and the station breaking list as reserved current data, sets the poor quality cell data, the alarm data, the data with the LTE user number larger than 300 and the LTE low perception data as accumulated storage data, supports key field mapping configuration and provides a historical data cleaning interface for the accumulated storage data; The map and network element display module is used for physically and physically displaying 4G/5G network elements, supporting configuration and displaying network types, frequency bands, indoor sub-stations and network element labels, wherein the network element labels comprise at least one of current network station names, cell names, nodeBId and CGI; The multi-mode delineating module is used for providing three network element delineating modes, namely point-by-point delineating, automatic path planning delineating and manual path planning delineating, supporting configuration delineating parameters, wherein the delineating parameters comprise delineating network types, delineating distance threshold values, delineating network element levels, whether indoor network elements are included, whether only current display frequency bands are delineated and distance-covering modes, and dynamically adjusting the number of edge cells through a delineating range expanding/shrinking function; The index monitoring module is used for matching quality difference cell data, alarm data, load data and interference data of a specified period for the network elements defined by the multi-mode defining module and outputting a multi-dimensional index broadcasting result and cell details, wherein the multi-dimensional index comprises a network scale, fault alarm, state abnormality, load condition and interference condition; The station breaking guarantee module is used for configuring station breaking delineating parameters and matching time periods, wherein the station breaking delineating parameters comprise surrounding delineating distances of stations in urban areas/rural areas and surrounding distances of stations in the urban areas/rural areas matched with the whole network, the matching time periods comprise matching time periods with the number of LTE users being more than 300 and matching time periods with low perception of LTE; the searching module is used for providing the functions of site searching and network element searching, wherein the site searching supports the inquiry according to the keywords of province, city and site, and the network element searching supports the inquiry according to the longitude and latitude, nodeBId, station name and cell name.
2. The regional network index integrated monitoring and station breaking guaranteeing method is characterized by comprising the following steps of: The data importing step comprises the steps of receiving 8 types of network data through a data importing and storing module, wherein the 8 types of network data comprise 4G industrial parameters, 4G industrial parameters (big data), 5G industrial parameters, poor quality cell data, alarm data, station breaking lists, data with the number of LTE users being more than 300 and LTE low perception data, setting the 4G industrial parameters, the 4G industrial parameters (big data), the 5G industrial parameters and the station breaking lists as reserved current data, setting the poor quality cell data, the alarm data, data with the number of LTE users being more than 300 and LTE low perception data as accumulated storage data, carrying out key field mapping configuration according to the difference of data fields, and cleaning the accumulated storage data through a historical data cleaning interface periodically; geographical display step of network element, geographical display target network element on map according to configured network type, frequency band and indoor site requirement by map and network element display module, and selectively displaying network element label, wherein the network element label comprises at least one of current network site name, cell name, nodeBId and CGI; selecting a target delineating mode through a multi-mode delineating module, wherein the target delineating mode is one of point delineating, automatic path planning delineating and manual path planning delineating; configuring delineating parameters, wherein the delineating parameters comprise a delineating network type, a delineating distance threshold value, a delineating network element level, whether a cell network element is included, whether only a current display frequency band is delineated or not, and a distance-coverage mode; The index monitoring step, namely matching quality difference cell data, alarm data, load data and interference data of a designated period of time for the target delineating network element through an index monitoring module, and generating a multi-dimensional index broadcasting result and cell details, wherein the multi-dimensional index comprises a network scale, fault alarm, abnormal state, load condition and interference condition; The method comprises the steps of configuring a stop delineating parameter and a matching period through a stop delineating module, wherein the stop delineating parameter comprises a stop delineating distance around a city/rural area and a delineating distance around the city/rural area, the matching period comprises a matching period with the LTE user number being more than 300 and a matching period with LTE low perception, executing stop analysis, identifying a stop grading scene, wherein the stop grading scene comprises a stop of a station, a stop surrounding site delineating, a stop surrounding site being a stop, a non-stop necessary-guarantee site and a stop necessary-robbed site, visually displaying the stop and the surrounding site on a map, and outputting a stop guarantee analysis result.
3. The method for integrated monitoring and station breaking guarantee of regional network indexes according to claim 2, wherein the implementation steps of the point-by-point delineation in the network element delineation step are as follows: Waiting for triggering a trigger instruction for map interaction selection or longitude and latitude input; if the map interaction selection point is triggered, after a map designated position triggers a selection instruction, the system automatically acquires the longitude and latitude of the position and adds the longitude and latitude into a circle selection set; If the longitude and latitude input is triggered, receiving and analyzing longitude and latitude character strings separated by a half-angle comma, and automatically circling network elements with the surrounding of a single point meeting the condition based on a preset or user-configured circling distance threshold value by the system.
4. The method for integrated monitoring and station breaking guarantee of regional network indexes according to claim 2, wherein the automatic path planning and delineating in the network element delineating step is realized as follows: Receiving a setting instruction of triggering a starting point, a finishing point and a passing point on a map, automatically calling a navigation interface after the system receives position information of each point, calculating an optimal route based on road network data, and automatically identifying and delineating network elements in a route coverage range according to a configured vertical distance threshold.
5. The method for integrated monitoring and station breaking guarantee of regional network indexes according to claim 2, wherein the manual path planning and delineating in the network element delineating step is realized as follows: After the instruction of the [ start point selection ], the system enters a manual route drawing mode, receives continuous point operation on a map assisted by a user through a shortcut key and records a coordinate sequence, automatically fits the coordinate sequence into a complete route after the instruction of the [ end point selection ], and automatically circles the route to cover network elements along the line based on a configured vertical distance threshold.
6. The method for integrated monitoring and station breaking guarantee of regional network indicators according to claim 2, further comprising the steps that a distance-coverage mode in the delineating parameters comprises an intelligent coverage mode and a forced distance mode; The intelligent coverage mode is to combine the cell azimuth angle during the circling calculation, and preferentially screen network elements with actual coverage capability to the circled area/path; and in the forced distance mode, the azimuth angle of the cell is ignored in the delineating calculation, and the network element is delineated only by taking the configured delineating distance threshold as a judgment standard.
7. The method for integrated monitoring and station breaking guarantee of regional network indexes according to claim 6, further comprising the step of geographical displaying the network element, wherein the frequency band comprises FDD900M, FDD1800M, NB of the 4G frequency band and n28, n41 and n79 of the 5G frequency band, and a user can select a target frequency band according to the optimization requirement for displaying.
8. The method of claim 7, wherein in the step of monitoring the index, the specified time period is precisely matched by selecting a quality difference cell data time and an alarm data time, the matching range is set in an hour-by-day manner, and the output cell details comprise at least three key information of NodeBId, CGI, cell name, fault type, fault duration and interference value.
9. The computer device is characterized by comprising a processor, a memory, an input device and an output device, wherein the processor, the memory, the input device and the output device are connected through a bus, the memory stores a computer program, the processor executes the computer program to realize the steps of the regional network index integrated monitoring and station breakage guarantee method in any one of claims 2-8, the input device comprises at least one of a keyboard, a mouse and a touch screen and is used for inputting configuration parameters and operation instructions, and the output device comprises at least one of a display and a printer and is used for displaying a map, index broadcasting results and station breakage guarantee analysis results.
10. The computer readable storage medium is characterized by comprising a processor, a memory, an input device and an output device, wherein the processor, the memory, the input device and the output device are connected through a bus, the memory stores a computer program, the processor realizes the steps of the regional network index integrated monitoring and station breaking guarantee method in any one of claims 2-8 when executing the computer program, the input device comprises at least one of a keyboard, a mouse and a touch screen and is used for inputting configuration parameters and operation instructions, and the output device comprises at least one of a display and a printer and is used for displaying a map, index broadcasting results and station breaking guarantee analysis results.

Description

Regional network index integrated monitoring and station breaking guarantee system, method, device and storage medium Technical Field The invention relates to the technical field of communication network optimization, in particular to a regional network index integrated monitoring and station breaking guarantee system methods, apparatus, and storage medium. Background With the rapid development of communication technology, the coverage of the 4G/5G network is continuously enlarged, the network optimization scene is increased, and the requirement on the timeliness of the optimization guarantee is higher. Meanwhile, the attention of the user to the network stability is continuously improved, and the network stability directly influences the user perception experience. At present, the network optimization process has a plurality of problems that firstly network optimization data are scattered, industrial parameters (4G/5G engineering parameters), index data (quality difference cells, high interference/high load data), alarm data, a broken station list and other multi-source data are isolated and stored, a unified integrated analysis platform is lacked, so that the optimization decision efficiency is low, secondly network element circling mode is single, the prior art only supports fixed-range circling, diversified optimization scenes such as 'single-point coverage', 'path coverage' and the like cannot be adapted, circle timing does not consider the differentiated requirements of network types (4G/5G), frequency ranges, room network elements and the like, circle accuracy is insufficient, thirdly, distance and coverage suitability is poor, traditional circling is only based on a distance threshold value, the azimuth (directivity) of the uncombined cells is optimized, or the situation result redundancy or missing network elements cannot be flexibly switched over, the broken station response is lagged, the situation of a critical station is guaranteed against the classification of the situation, the situation of the broken station is difficult to be perceived, the situation of the situation is difficult to be easily perceived, the situation of the broken station is difficult to be perceived, the situation is difficult to be perceived by the isolated, the system is difficult to monitor the surrounding and the system is in real-time, the situation is difficult to monitor and the situation is poor in real-time, and the situation is difficult to be easily perceived by the user. Therefore, a technical solution that can integrate multi-source network data, realize accurate delineation of network elements, monitor indexes in real time and respond to station breaking guarantee rapidly is needed, so as to solve the defects in the prior art. Disclosure of Invention The invention aims to provide a regional network index integrated monitoring and station breaking guaranteeing system, a method, a device and a medium, which realize the integrated storage of multi-source network data, the multi-mode accurate circling of network elements, the real-time monitoring of regional indexes and the grading guaranteeing of station breaking scenes, and improve the network optimization efficiency and the user perception. In a first aspect, the present application provides a regional network index integrated monitoring and station breaking guarantee system, which adopts the following technical scheme: an integrated regional network indicator monitoring and outage guarantee system, comprising: The data importing and storing module is used for receiving 8 types of network data, wherein the 8 types of network data comprise 4G industrial parameters, 4G industrial parameters (big data), 5G industrial parameters, poor quality cell data, alarm data, station breaking list, data with the LTE user number larger than 300 and LTE low perception data, the data importing and storing module sets the 4G industrial parameters, the 4G industrial parameters (big data), the 5G industrial parameters and the station breaking list as reserved current data, sets the poor quality cell data, the alarm data, the data with the LTE user number larger than 300 and the LTE low perception data as accumulated storage data, supports key field mapping configuration and provides a historical data cleaning interface for the accumulated storage data; The map and network element display module is used for physically and physically displaying 4G/5G network elements, supporting configuration and displaying network types, frequency bands, indoor sub-stations and network element labels, wherein the network element labels comprise at least one of current network station names, cell names, nodeBId and CGI; The multi-mode delineating module is used for providing three network element delineating modes, namely point-by-point delineating, automatic path planning delineating and manual path planning delineating, supporting configuration delineating parameters, wherein the delineating param