Background event based capturing in network
An apparatus for performing walk testing of radio network performance is provided. The apparatus includes at least one processor configured to execute to instructions to: based on a first user input to a first location on an area map displayed by the application, determine first coordinates of the first location on the area map and capture Radio Frequency (RF) data of a start point of interest; automatically capture RF data of at least one secondary point of interest; based on a second user input to a second location on the displayed area map, determine second coordinates of the second location and capture RF data of a stop point of interest; determine a number and coordinates of secondary points of interest to be displayed based on a number of automatically captured RF data samples; and allocate the automatically captured RF data samples to the secondary points of interest to be displayed.
1 . An apparatus for implementing an application for walk testing of radio network performance, the apparatus comprising:
a display;
a radio network transceiver interface;
a memory storing instructions; and
at least one processor configured to execute to the instructions to:
based on a first input of a user to a first location on an area map displayed by the application, determine first coordinates of the first location on the area map and capture radio frequency (RF) data of a start point of interest, corresponding to the first location, for the walk testing along a walking path;
subsequent to the capture of the RF data of the start point of interest, automatically capture RF data samples along the walking path;
based on a second input of the user to a second location on the displayed area map, determine second coordinates of the second location on the area map and capture RF data of a stop point of interest, corresponding to the second location, for the walk testing along the walking path;
determine a number of secondary points of interest, between the start point of interest and the stop point of interest for the walk testing, to be displayed on the area map and coordinates of the secondary points of interest to be displayed on the area map, based on a number of the automatically captured RF data samples and based on the determined first coordinates and the determined second coordinates;
associate the automatically captured RF data samples with the secondary points of interest to be displayed, based on the determined number of the secondary points of interests to be displayed; and
display, on the area map, the secondary points of interest at the determined coordinates of the secondary points of interest.
2 . The apparatus of claim 1 , wherein the at least one processor is further configured to execute to the instructions to:
determine a total distance between the first coordinates and the second coordinates;
determine a number of distance intervals between the first coordinates and the second coordinates based on the number of the automatically captured RF data samples;
evaluate the determined total distance and the number of distance intervals based on a predetermined minimum distance interval between points of interest; and
determine the number of secondary points of interest to be displayed and the coordinates of the secondary points of interest to be displayed based on the evaluating.
3 . The apparatus of claim 2 , wherein the at least one processor is further configured to execute to the instructions to evaluate the determined total distance and the number of distance intervals by:
obtaining a quotient of the determined total distance and the number of determined distance intervals; and
comparing the obtained quotient to the predetermined minimum distance interval.
4 . The apparatus of claim 3 , while the determining the number of secondary points of interest, the at least one processor is further configured to execute to the instructions to:
determine that the number of secondary points of interest is equal to the number of automatically captured RF data samples based on the predetermined minimum distance interval being less than the obtained quotient, according to the comparing.
5 . The apparatus of claim 3 , wherein the at least one processor is further configured to execute to the instructions to:
determine that the number of secondary points of interest is less than the number of automatically captured RF data samples based on the predetermined minimum distance interval being greater than or equal to the obtained quotient, according to the comparing.
6 . The apparatus of claim 3 , the at least one processor is further configured to execute to the instructions to:
based on the predetermined minimum distance interval being greater than or equal to the obtained quotient, determine the number of secondary points of interest to be displayed to be equal to X−1, wherein X is an integer corresponding to a quotient of the determined total distance and the predetermined minimum distance interval.
7 . The apparatus of claim 3 , wherein based on the predetermined minimum distance interval being greater than or equal to the obtained quotient, the at least one processor is further configured to execute to the instructions to:
determine a distance between adjacent points of interest to be displayed; and
determine the coordinates of the secondary points of interest to be displayed according to the first coordinates, the second coordinates, and the determined distance between adjacent points of interest to be displayed.
8 . The apparatus of claim 7 , wherein the determined distance between the adjacent points of interest to be displayed is equal to:
Y+((Z−(X*Y))/X),
where X is an integer corresponding to a quotient of the determined total distance and the predetermined minimum distance interval, Y is the predetermined minimum distance interval, and Z is the determined total distance.
9 . The apparatus of claim 1 , wherein:
based on the determined number of the secondary points of interests to be displayed being less than the number of automatically captured RF data samples, the at least one processor is further configured to execute to the instructions to associate the automatically captured RF data samples with the secondary points of interest to be displayed by combining N number of successive automatically captured RF data samples to be associated with each of the secondary points of interest to be displayed; and
N is equal to an integer corresponding to a quotient of A and B, where A is the number of automatically captured RF data samples and B is equal to 1 plus the determined number of secondary points of interest to be displayed.
10 . A method performed by at least one processor for implementing an application for walk testing of radio network performance, the method comprising:
based on a first input of a user to a first location on an area map displayed by the application, determining first coordinates of the first location on the area map and capturing RF data of a start point of interest, corresponding to the first location, for the walk testing along a walking path;
subsequent to the capture of the RF data of the start point of interest, automatically capturing RF data samples along the walking path;
based on a second input of the user to a second location on the displayed area map, determining second coordinates of the second location on the area map and capturing RF data of a stop point of interest, corresponding to the second location, for the walk testing along the walking path;
determining a number of secondary points of interest, between the start point of interest and the stop point of interest for the walk testing, to be displayed on the area map and coordinates of the secondary points of interest to be displayed on the area map based on a number of the automatically captured RF data samples and based on the determined first coordinates and the determined second coordinates;
associating the automatically captured RF data samples with the secondary points of interest to be displayed, based on the determined number of the secondary points of interests to be displayed; and
displaying, on the area map, the secondary points of interest at the determined coordinates of the secondary points of interests.
11 . The method of claim 10 , wherein the determining the number of secondary points of interest comprises:
determining a total distance between the first coordinates and the second coordinates;
determining a number of distance intervals between the first coordinates and the second coordinates based on the number of the automatically captured RF data samples;
evaluating the determined total distance and the number of distance intervals based on a predetermined minimum distance interval between points of interest; and
determining the number of secondary points of interest to be displayed and the coordinates of the secondary points of interest to be displayed based on the evaluating.
12 . The method of claim 11 , wherein the evaluating comprises:
obtaining a quotient of the determined total distance and the number of determined distance intervals; and
comparing the obtained quotient to the predetermined minimum distance interval.
13 . The method of claim 12 , wherein the determining the number of secondary points of interest comprises:
determining that the number of secondary points of interest is equal to the number of automatically captured RF data samples based on the predetermined minimum distance interval being less than the obtained quotient, according to the comparing.
14 . The method of claim 12 , wherein the determining the number of secondary points of interest comprises:
determining that the number of secondary points of interest is less than the number of automatically captured RF data samples based on the predetermined minimum distance interval being greater than or equal to the obtained quotient, according to the comparing.
15 . The method of claim 12 , wherein the determining the number of secondary points of interest to be displayed based on the evaluating comprises:
based on the predetermined minimum distance interval being greater than or equal to the obtained quotient, determining the number of secondary points of interest to be displayed to be equal to X−1, wherein X is an integer corresponding to a quotient of the determined total distance and the predetermined minimum distance interval.
16 . The method of claim 12 , wherein the determining the coordinates of the secondary points of interest to be displayed comprises, based on the predetermined minimum distance interval being greater than or equal to the obtained quotient:
determining a distance between adjacent points of interest to be displayed; and
determining the coordinates of the secondary points of interest to be displayed according to the first coordinates, the second coordinates, and the determined distance between adjacent points of interest to be displayed.
17 . The method of claim 16 , wherein the determined distance between the adjacent points of interest to be displayed is equal to:
Y+((Z−(X*Y))/X),
where X is an integer corresponding to a quotient of the determined total distance and the predetermined minimum distance interval, Y is the predetermined minimum distance interval, and Z is the determined total distance.
18 . The method of claim 10 , wherein:
the associating the automatically captured RF data samples with the secondary points of interest to be displayed comprises, based on the determined number of the secondary points of interests to be displayed being less than the number of automatically captured RF data samples, combining N number of successive automatically captured RF data samples to be associated with each of the secondary points of interest to be displayed; and
N is equal to an integer corresponding to a quotient of A and B, where A is the number of automatically captured RF data samples and B is equal to 1 plus the determined number of secondary points of interest to be displayed.
19 . A non-transitory computer readable recording medium having recorded thereon instructions executable by at least one processor to perform a method for performing a walk testing, the method comprising:
based on a first input of a user to a first location on an area map displayed by the application, determining first coordinates of the first location on the area map and capturing RF data of a start point of interest, corresponding to the first location, for the walk testing along a walking path;
subsequent to the capture of the RF data of the start point of interest, automatically capturing RF data samples along the walking path;
based on a second input of the user to a second location on the displayed area map, determining second coordinates of the second location on the area map and capturing RF data of a stop point of interest, corresponding to the second location, for the walk testing along the walking path;
determining a number of secondary points of interest, between the start point of interest and the stop point of interest for the walk testing, to be displayed on the area map and coordinates of the secondary points of interest to be displayed on the area map, based on a number of the automatically captured RF data samples and based on the determined first coordinates and the determined second coordinates;
associating the automatically captured RF data samples with the secondary points of interest to be displayed, based on the determined number of the secondary points of interests to be displayed; and
displaying, on the area map, the secondary points of interest at the determined coordinates of the secondary points of interest.