Identifying Neighbors of Geographically Distributed Assets

Abstract

Processes and systems are presented, for identifying a set of neighbors of a radio transmitter based on available geo-spatial coordinates of radio transmitters in operation around the world. In one aspect, the identified set of radio transmitters can be have a desired size (in terms of number of neighbors and/or radial range). The identified set of radio transmitters can be further customized to include radio transmitters of a specific type, and/or radio transmitters that belong to specific network carriers, and/or other possible grouping criteria.

Description

BACKGROUND[0001]This specification relates to identifying neighbors of geo-spatially distributed radio transmitters, for example, cell towers in mobile telecommunications network.[0002]Carriers that rely on radio-frequency signals to transmit information operate networks of radio transmitters. The carriers can identify each radio transmitter by unique identifiers including the geo-spatial coordinates (e.g., latitude and longitude) of the radio transmitter location. The carriers manage information relating to the radio transmitters that they operate, and also, the carriers can share / combine information relating to their respective radio transmitters with other carriers to comply with agreements between carriers, or to conform to various national and international regulations. Accordingly, an international-governed data repository stores information relating to the geo-spatial (latitude and longitude) coordinates of each radio transmitter in operation world-wide. Such a record may inc...

AI Technical Summary

Benefits of technology

[0015]Particular aspects of the subject matter described in this specification can be implemented so as to realize one or more of the following advantages. The process disclosed in this specification can reduce the computational resources needed to determine distances between geographically distributed radio transmitters by replacing calculations performed in two dimensions (2D) with calculations performed in one dimension (1D). For example, while the 2D distance calculations involve computationally intensive multiplications and square root operations, the 1D distance calculations involve computationally less intensive operations, such as sorting and grouping of arrays, followed by addition operations.

[0016]Fur

Problems solved by technology

While the addition of new radio transmitters is usually prevalent, carriers can also remove radio transmitters from some locations, either because upgrading an obsolete transmitter at the respective locat

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