METHOD AND APPARATUS FOR DETERMINING INCORRECT ANTENNA CONFIGURATION WITHIN A CELLULAR COMMUNICATION NETWORK
A system and method of determining incorrect antenna configuration within a cellular communication network. The method comprises obtaining crowd-sourced data comprising at least one geographical characteristic for a coverage area of at least one cell sector of the cellular communication system, verifying whether the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is consistent with network configuration data for the at least one cell sector, and identifying a potentially incorrect antenna configuration for the at least one cell sector if the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is inconsistent with the network configuration data therefor.
1 . A method of determining incorrect antenna configuration within a cellular communication network, the method comprising:
obtaining crowd-sourced data comprising at least one geographical characteristic for a coverage area of at least one cell sector of the cellular communication system;
verifying whether the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is consistent with network configuration data that defines an intended network configuration for the at least one cell sector; and
identifying a potentially incorrect antenna configuration for the at least one cell sector if the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is inconsistent with the network configuration data that defines the intended network configuration therefor.
2 . The method of claim 1 , wherein the crowd-sourced data comprises at least one indication of a geographical location of the coverage area for the at least one cell sector.
3 . The method of claim 2 , wherein the crowd-sourced data comprises at least one indication of at least one from a group comprising:
an indication of a geographical location representative of a central point within the coverage area of the at least one cell sector; and
an indication of a radius of the coverage area of the at least one cell sector.
4 . The method of claim 1 wherein the method comprises:
identifying a geographical location of the coverage area for the at least one cell sector from the crowd-sourced data; and
verifying whether the identified crowd-sourced geographical location of the coverage area for the at least one cell sector is consistent with a geographical location for the at least one cell sector as defined within the network configuration data therefor.
5 . The method of claim 4 , wherein the method comprises:
identifying a geographical location representative of a central point within the coverage area of the at least one cell sector from the crowd-sourced data;
determining a bearing from a geographical location of an antenna of the at least one cell sector as defined within the network configuration data to the identified geographical location representative of the central point within the coverage area of the at least one cell sector; and
verifying whether the determined bearing is consistent with an azimuth for the antenna as defined within the network configuration data.
6 . The method of claim 4 , wherein the method comprises:
identifying a geographical location representative of a central point within the coverage area of the at least one cell sector from the crowd-sourced data;
determining a distance from a geographical location of an antenna of the at least one cell sector as defined based on the network configuration data to the identified geographical location representative of the central point within the coverage area of the at least one cell sector; and
verifying whether the determined distance is consistent with a threshold distance.
7 . The method of claim 6 , wherein the threshold distance comprises at least one from a group comprising:
a predefined, set distance;
a calculated distance based at least partly on a defined transmit power level of an antenna of the at least one cell sector defined within the network configuration data;
a calculated distance based at least partly on a defined vertical tilt angle of an antenna, or antenna beam, of the at least one cell sector defined within the network configuration data;
a calculated distance based at least partly on an indication of a radius of the at least one cell sector provided within the crowd-source data; and
a calculated distance based at least partly on an indication of a radius of the at least one cell sector defined within the network configuration data.
8 . The method of any one of the preceding claims wherein the method comprises requesting the crowd-sourced data from at least one third party database.
9 . The method of claim 8 , wherein the crowd-sourced data is obtained from at least one publicly available on-line database.
10 . The method of claim 8 , wherein the crowd-source data is obtained from at least one proprietary third party database.
11 . A system arranged to perform antenna configuration verification within a cellular communication network, the system comprising at least one signal processing module arranged to:
obtain crowd-sourced data comprising at least one geographical characteristic for a coverage area of at least one cell sector of the cellular communication system;
verify whether the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is consistent with network configuration data that defines an intended network configuration for the at least one cell sector; and
identify a potentially incorrect antenna configuration for the at least one cell sector if the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is inconsistent with the network configuration data that defines an intended network configuration therefor.
12 . A cellular communication network incorporating a system in accordance with claim 11 .
13 . A non-transitory computer program product having computer-readable code stored thereon for programming a signal processing module to perform a method of determining incorrect antenna configuration within a cellular communication network, the code operable for:
obtaining crowd-sourced data comprising at least one geographical characteristic for a coverage area of at least one cell sector of the cellular communication system;
verifying whether the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is consistent with network configuration data that defines an intended network configuration for the at least one cell sector; and
identifying a potentially incorrect antenna configuration for the at least one cell sector if the at least one crowd-sourced geographical characteristic for the coverage area of the at least one cell sector is inconsistent with the network configuration data that defines an intended network configuration therefor.