Determining cell site performance impact for a population of cell sites of a mobile wireless data network
A method is described for identifying and prioritizing, for remediating, impactful problems in a mobile wireless communications network. The method includes rendering a human observable representation of problem impact at particular geographic units within a grid corresponding to a geographic area of interest. The method includes tabling mobile wireless communication network data in a database, generating a problem impact grid for a geographic area of interest sub-divided into sub-areas of specified dimensions and rendering a listing representing a prioritized set of mobile wireless communication network issues arranged in accordance with magnitude of values assigned to sub-areas of the problem impact grid.
1. A method for rendering by a mobile wireless data network problem impact server system, the server system comprising a processor and a non-transitory computer readable medium including computer-executable instructions executed by the processor, a human observable representation of problem impact at particular geographic units within a grid corresponding to a geographic area of interest, the method comprising:
tabling mobile wireless communication network data in a database;
generating, by the problem impact server, a problem impact grid for a geographic area of interest sub-divided into sub-areas of specified dimensions, the generating a problem impact grid for a geographic area of interest comprising:
creating a problem identification grid by applying a threshold test to the mobile wireless communication network data corresponding to each sub-area of the geographic area of interest, wherein a same non-zero value is assigned to each sub-area meeting the threshold test and otherwise assigning a zero value to each sub-area not meeting the threshold test,
generating an initial problem extent severity grid by applying a first aggregating operation wherein, for each sub-area in the initial problem extent severity grid, an initial severity value is generated by totaling the values in the problem identification grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
generating the problem impact grid, from the initial problem extent severity grid by:
initially performing a second aggregation operation wherein, for each sub-area in the problem impact grid, an intermediate summed value is generated by totaling the values in the initial problem extent severity grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
amplifying, by an amplification factor, the intermediate summed value for each sub-area corresponding to a sub-area assigned a non-zero value during the creating a problem identification grid; and
rendering a listing representing a prioritized set of mobile wireless communication network issues arranged in accordance with magnitude of values assigned to sub-areas of the problem impact grid.
2. The method of claim 1 wherein the same non-zero value is an integer value.
3. The method of claim 2 wherein the integer value is 1.
4. The method of claim 1 wherein the threshold test applied to the sub-areas evaluates to a true/false answer.
5. The method of claim 1 wherein the sub-area is a square.
6. The method of claim 1 wherein the same non-zero value is 1 and the aggregating operation is a counting operation.
7. The method of claim 1 wherein the amplification factor is an integer value.
8. The method of claim 7 wherein the integer value is 2.
9. The method of claim 1 wherein the threshold test relates to dropped calls.
10. The method of claim 1 wherein the threshold test relates to signal quality for a mobile wireless device within a geographic location within a sub-area of the area of interest.
11. A non-transitory computer-readable medium including computer-executable instructions for rendering, by a mobile wireless data network problem impact server system from tabled mobile wireless communication network data in a database, a human observable representation of problem impact at particular geographic units within a grid corresponding to a geographic area of interest, wherein the rendering comprises:
generating, by the problem impact server, a problem impact grid for a geographic area of interest sub-divided into sub-areas of specified dimensions, the generating a problem impact grid for a geographic area of interest comprising:
creating a problem identification grid by applying a threshold test to the mobile wireless communication network data corresponding to each sub-area of the geographic area of interest, wherein a same non-zero value is assigned to each sub-area meeting the threshold test and otherwise assigning a zero value to each sub-area not meeting the threshold test,
generating an initial problem extent severity grid by applying a first aggregating operation wherein, for each sub-area in the initial problem extent severity grid, an initial severity value is generated by totaling the values in the problem identification grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
generating the problem impact grid, from the initial problem extent severity grid by:
initially performing a second aggregation operation wherein, for each sub-area in the problem impact grid, an intermediate summed value is generated by totaling the values in the initial problem extent severity grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
amplifying, by an amplification factor, the intermediate summed value for each sub-area corresponding to a sub-area assigned a non-zero value during the creating a problem identification grid; and
rendering a listing representing a prioritized set of mobile wireless communication network issues arranged in accordance with magnitude of values assigned to sub-areas of the problem impact grid.
12. The non-transitory computer-readable medium of claim 11 wherein the same non-zero value is an integer value.
13. The non-transitory computer-readable medium of claim 12 wherein the integer value is 1.
14. The non-transitory computer-readable medium of claim 11 wherein the same non-zero value is 1 and the aggregating operation is a counting operation.
15. The non-transitory computer-readable medium of claim 11 wherein the amplification factor is an integer value.
16. The non-transitory computer-readable medium of claim 11 wherein the threshold test relates to dropped calls.
17. The non-transitory computer-readable medium of claim 16 wherein the integer value is 2.
18. The non-transitory computer-readable medium of claim 11 wherein the threshold test relates to signal quality for a mobile wireless device within a geographic location within a sub-area of the area of interest.
19. A mobile wireless data network problem impact server system for rendering, from tabled mobile wireless communication network data in a database, a human observable representation of problem impact at particular geographic units within a grid corresponding to a geographic area of interest, wherein the server system comprises:
a processor, and
a non-transitory computer readable medium including computer-executable instructions executed by the processor to perform a method, during the rendering, comprising:
tabling mobile wireless communication network data in a database;
generating, by the problem impact server, a problem impact grid for a geographic area of interest sub-divided into sub-areas of specified dimensions, the generating a problem impact grid for a geographic area of interest comprising:
creating a problem identification grid by applying a threshold test to the mobile wireless communication network data corresponding to each sub-area of the geographic area of interest, wherein a same non-zero value is assigned to each sub-area meeting the threshold test and otherwise assigning a zero value to each sub-area not meeting the threshold test,
generating an initial problem extent severity grid by applying a first aggregating operation wherein, for each sub-area in the initial problem extent severity grid, an initial severity value is generated by totaling the values in the problem identification grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
generating the problem impact grid, from the initial problem extent severity grid by:
initially performing a second aggregation operation wherein, for each sub-area in the problem impact grid, an intermediate summed value is generated by totaling the values in the initial problem extent severity grid corresponding to: (1) the sub-area and (2) each adjacent neighboring sub-area, and
amplifying, by an amplification factor, the intermediate summed value for each sub-area corresponding to a sub-area assigned a non-zero value during the creating a problem identification grid; and
rendering a listing representing a prioritized set of mobile wireless communication network issues arranged in accordance with magnitude of values assigned to sub-areas of the problem impact grid.