Base station identification based location quality data determination

A method, comprising:

• receiving, by a system comprising a processor, cell data associated with a service area of a base station device of a wireless network,
• wherein the receiving the cell data comprises receiving Voronoi data related to a Voronoi cell boundary;
• determining, by the system, a location error value for a first location, wherein the location error value is based on an average distance between the first location and a second location associated with the cell data,
• wherein the first location is a geographic centroid location based on historical user equipment densities of historical user equipment density data for user equipments historically within the Voronoi cell boundary and corresponds to a known location of the base station device, and wherein the second location is a location of a point on the Voronoi cell boundary;
• and
• enabling, by the system, access to the location error value.

A device, comprising:

• a processor;
• and
• a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, comprising:
• querying for a location of a user equipment associated with an identifier value of a base station device;
• and
• in response to the querying, receiving a location error value corresponding to a location of the user equipment in a service area of the base station device corresponding to the identifier value, wherein:
• the location error value is determined for a first location within the service area,
• the first location is a weighted centroid location based on a shape determined from historical user equipment density data and corresponds to a location of the base station device,
• the location error value is determined based on cell data associated with the service area,
• the cell data comprises Voronoi data related to a Voronoi cell boundary,
• the location error value corresponds to an average distance between the first location and a second location associated with the cell data, and
• the second location is a location of a point on the Voronoi cell boundary that corresponds to a historical location of a user equipment from the historical user equipment density data.