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CN-122027920-A - Broadband network coverage blank area identification method and device for OTT big data of operator

CN122027920ACN 122027920 ACN122027920 ACN 122027920ACN-122027920-A

Abstract

The application discloses a broadband network coverage blank area identification method and device for operator OTT big data, and relates to the PON field, comprising the steps of S1, acquiring broadband resource coverage area data, operator OTT data and broadband coverage area electronic fence data; the method comprises the steps of S2, analyzing broadband resource coverage area data and broadband coverage area electronic fence data, determining a blank area, realizing blank area classification based on operator OTT data, realizing positioning of the blank area and automatic information picking and storage, and S3, evaluating resource value of the blank area based on the operator OTT data and determining the construction priority of the blank area based on an evaluation result. The application realizes the construction of the real full-quantity demand library of the broadband network based on the OTT big data of the operator, the full-quantity and accurate collection of the use demands of the client network, the accurate identification and positioning of the coverage blank area of the broadband network based on the OTT big data of the operator, the automatic information picking and storage, and the scientific assessment of the construction priority of the blank area.

Inventors

  • CAI ZHONGSHENG

Assignees

  • 中国移动通信集团辽宁有限公司
  • 中国移动通信集团有限公司

Dates

Publication Date
20260512
Application Date
20260129

Claims (13)

  1. 1. The broadband network coverage blank area identification method for the OTT big data of the operator is characterized by comprising the following steps: step S1, broadband resource coverage data, operator OTT data and broadband coverage area electronic fence data are obtained; s2, analyzing broadband resource coverage data and broadband coverage area electronic fence data, and determining a blank area, realizing blank area classification based on operator OTT data, and realizing positioning of the blank area and automatic information picking and storing; And S3, evaluating the resource value of the blank area based on OTT data of the operators, and determining the construction priority of the blank area based on an evaluation result.
  2. 2. The method for identifying broadband network coverage empty area of operator OTT big data according to claim 1, wherein broadband resource coverage data, operator OTT data, and broadband coverage area electronic fence data are acquired based on the broadband network coverage empty area identification data sharing repository in step S1.
  3. 3. The method for identifying the coverage blank area of the broadband network for the OTT big data of the operator according to claim 2, wherein the step S1 is preceded by the steps of S0, constructing a broadband network coverage blank area identification data sharing warehouse; the step S0 includes: S0.1, collecting and constructing demand data of a broadband network coverage blank area identification data sharing warehouse; And S0.2, respectively storing the acquired data to a storage module of a broadband network coverage blank area identification data sharing warehouse according to the data type, wherein the storage module comprises a broadband resource coverage database, an operator OTT original database, a client demand base based on OTT data, a blank area resource database and a broadband coverage area electronic fence database, and the broadband resource coverage database stores broadband resource coverage data.
  4. 4. The broadband network coverage area identification method of operator OTT big data according to claim 3, wherein step S0.1 includes: Acquiring a broadband resource coverage area data file, an operator OTT data file and a broadband coverage area electronic fence data file according to a preset period; In the step S0.2, the operator OTT data file is searched and verified, the operator OTT data is screened and filtered and then collected and put into a client demand base based on OTT data, and the broadband coverage area electronic fence data file is searched and verified and put into a broadband coverage area electronic fence database.
  5. 5. The method for identifying broadband network coverage blank area of operator OTT big data according to claim 4, wherein the broadband resource coverage data file, the operator OTT data file, and the broadband coverage area electronic fence data file are FTP files, and the broadband coverage area includes a broadband coverage cell and a broadband coverage building.
  6. 6. The method for identifying a broadband network coverage blank area of operator OTT big data according to claim 4, wherein retrieving and verifying the operator OTT data file, filtering operator OTT data, collecting and warehousing the operator OTT data to a client demand library based on OTT data, comprises: Step S0.2.1, after searching and finding the operator OTT data file, acquiring and storing the operator OTT data file data to an operator OTT original database; step S0.2.2, using a user appID as a main key, comparing the OTT data-based client demand library with the OTT original database data of the operator, and performing duplication removal processing on the OTT original database data of the operator according to a comparison result; step S0.2.3, eliminating outdoor non-WIFI users in the OTT original database data of the operator, and simultaneously carrying out redundant data identification elimination on the OTT original database data of the operator according to other screening rules except duplicate removal set by OTT data fields; And S0.2.4, collecting and warehousing OTT data processed by the steps S0.2.2 and S0.2.3 in an OTT original database of an operator to a client demand library based on the OTT data.
  7. 7. The method for identifying a broadband network coverage area of OTT big data of an operator according to claim 1, wherein step S2 includes: s2.1, acquiring surface coordinate data of a broadband resource coverage area and a broadband coverage area electronic fence based on a high-definition satellite map; and S2.2, based on the comparison of the surface coordinate data of the broadband resource coverage area and the broadband coverage area electronic fence, outputting the coordinate data of the non-intersection part of the broadband coverage area and the broadband coverage area electronic fence, wherein the non-intersection part of the broadband coverage area and the broadband coverage area electronic fence is a blank area.
  8. 8. The method for identifying a broadband network coverage blank area of OTT big data of an operator according to claim 7, wherein in step S2.2, a plane coordinate data comparison program of broadband coverage and broadband coverage area electronic fence is set based on an st_difference function of PostGIS expansion plugins.
  9. 9. The method for identifying the coverage of the broadband network for the OTT big data of the operator according to claim 7, wherein the types of the coverage areas are divided into a coverage building, a coverage cell and a broadband installation limited area.
  10. 10. The method for identifying a broadband network coverage blank area of operator OTT big data according to claim 7, further comprising step S2.3 of automatically picking up and storing blank area information.
  11. 11. The method for identifying broadband network coverage blank area of operator OTT big data according to claim 1, wherein the step S3 includes: s3.1, determining broadband construction core evaluation indexes of a blank area based on OTT data of an operator; s3.2, carrying out dimensionless treatment on the evaluation indexes of the broadband construction cores; step S3.3, calculating the value score of each blank area by adopting a weighted average method based on the dimensionless result of the broadband construction core evaluation index obtained in the step S3.2 and the evaluation weight of the broadband construction core evaluation index; And S3.4, determining the construction priority of the blank area based on the value score of the blank area.
  12. 12. The method for identifying broadband network coverage blank area of operator OTT big data according to claim 10, wherein the broadband construction core evaluation indexes comprise OTT client demand, number of dial-up cards, number of network cards and number of competitive products broadband.
  13. 13. The broadband network coverage blank area identification device for the OTT big data of the operator is characterized by comprising the following components: The data sharing warehouse construction module is used for constructing a broadband network coverage blank area identification data sharing warehouse so as to store broadband resource coverage data, operator OTT data and broadband coverage area electronic fence data; The data calling module is used for acquiring broadband resource coverage data, operator OTT data and broadband coverage area electronic fence data from the broadband network coverage blank area identification data sharing warehouse; The blank area analysis module is used for analyzing the broadband resource coverage area data and the broadband coverage area electronic fence data and determining a blank area; and the value evaluation and priority determination module is used for evaluating the resource value of the blank area based on the OTT data of the operator and determining the construction priority of the blank area based on the evaluation result.

Description

Broadband network coverage blank area identification method and device for OTT big data of operator Technical Field The application relates generally to the PON field, and more particularly, to a method and apparatus for identifying a broadband network coverage blank area of OTT big data of an operator. Background Currently, broadband access technologies are mainly classified into copper wire access technologies and Optical access technologies, and PON (Passive Optical Network ) technology is a point-to-multipoint transmission Optical access technology, and mainly includes EPON (ETHERNET PASSIVE Optical Network ) and GPON (Gigabit Passive Optical Network, gigabit passive Optical Network) and the like. Broadband PON network resources refer to infrastructure and technical capabilities for providing high-speed internet access services. This typically includes fiber optic networks, coaxial cables, wireless networks, and related equipment such as optical cats, routers, etc. OTT (Over The Top) refers to that internet companies directly provide various services such as video, audio, instant messaging and the like to end users by using broadband networks provided by operators beyond traditional telecom operators. When the users use these OTT applications, the operator can collect a series of related data, which constitutes the operator OTT big data. The OTT big data of the operator comprise network flow data generated when the OTT application is used by a user, such as the number of bytes uploaded and downloaded, time distribution of flow use and the like, position information of the user, geographical positions when the OTT service is used by the user, equipment information such as the type of terminal equipment used by the user, operating system versions and the like, and behavior data of the user in the OTT application, such as the duration of video playing, operation records of pause and fast forward, the use frequency and time interval of the application and the like. With the popularity of broadband networks, more and more people choose to install broadband networks. The blank area (including various scenes such as building, district, etc.) without covering the broadband directly influences the user experience and the market coverage breadth of operators, and the mining and identification of the blank area is more and more important to the enterprises of the operators. The prior broadband network coverage technology, such as CN117014890A, discloses a method, a device and an electronic device for determining the coverage condition of a home broadband, which are used for determining whether a wireless station falls into a target home broadband coverage area according to the setting position of the wireless station, determining whether a plurality of terminal devices comprise target terminal devices under the condition that the wireless station does not fall into the target home broadband coverage area, wherein the distance between the target terminal devices and the wireless station is not larger than the coverage radius of the wireless station, and determining that the coverage condition of the home broadband of the wireless station is not covered with the home broadband corresponding to the plurality of terminal devices under the condition that the plurality of terminal devices do not comprise the target terminal devices. Disclosure of Invention Aiming at the defect that 'CN 119831817A only uses company internal data, whole network data is not analyzed, and the whole quantity of real customer requirements cannot be obtained', the embodiment of the application provides a broadband network coverage blank area identification method and device for OTT big data of operators. The embodiment of the application/the disclosed embodiment provides a broadband network coverage blank area identification method of OTT big data of an operator, which comprises the following steps: step S1, broadband resource coverage data, operator OTT data and broadband coverage area electronic fence data are obtained; s2, analyzing broadband resource coverage data and broadband coverage area electronic fence data, and determining a blank area, realizing blank area classification based on operator OTT data, and realizing positioning of the blank area and automatic information picking and storing; And S3, evaluating the resource value of the blank area based on OTT data of the operators, and determining the construction priority of the blank area based on an evaluation result. Preferably, in the step S1, broadband resource coverage data, operator OTT data, and broadband coverage area electronic fence data are obtained based on the broadband network coverage blank area identification data sharing warehouse. Preferably, the step S1 is preceded by the steps of S0, constructing a broadband network coverage blank area identification data sharing warehouse; the step S0 includes: S0.1, collecting and constructing demand data of a broadband network