CN104159253B - The method and apparatus that quality of wireless network assessment result is presented - Google Patents
The method and apparatus that quality of wireless network assessment result is presented Download PDFInfo
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- CN104159253B CN104159253B CN201310173864.9A CN201310173864A CN104159253B CN 104159253 B CN104159253 B CN 104159253B CN 201310173864 A CN201310173864 A CN 201310173864A CN 104159253 B CN104159253 B CN 104159253B
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Abstract
The present invention discloses a kind of method and apparatus that quality of wireless network assessment result is presented.Wherein in the method that quality of wireless network assessment result is presented, import call quality test calls CQT data, from the test floor number information in the latitude and longitude information and target structures thing of CQT extracting data target structures things, the position of target structures thing is determined according to the latitude and longitude information of target structures thing, utilize the position of target structures thing, and the test floor number in target structures thing, determine the center position of each test floor in target structures thing, presented in target structures thing in the center position of each test floor and assess identification information, to generate quality of wireless network assessment result schematic diagram.By the network quality assessment result that floor different layers are presented, so as to will point dimension and layer dimension effectively combined, the whole network wireless coverage quality more can be accurately embodied, important input is provided for depth network optimization, important support is provided to make high-quality network quality.
Description
Technical field
The present invention relates to the communications field, more particularly to a kind of method and apparatus that quality of wireless network assessment result is presented.
Background technology
With China Telecom CDMA（Code Division Multiple Access, CDMA）Network maturation and
The fast development of mobile Internet, requirement more and more higher of the user to wireless coverage quality, DT（Drive Test, drive test）Test
And CQT（Call Quality Test, call quality test calls）Test can directly reflect the covering quality of network, be to find
The important channel of network coverage quality problem, is the important means for lifting network coverage quality.
Drive Test is tested using road measuring device along pre-determined route, the covering quality of " line " in major embodiment network, and CQT
Test is the test calls that certain scale is carried out in siting, embodies the covering quality of important " point " in network.Comprehensive DT and
CQT is tested, and can assess in network the covering quality of " line " and " point ", and DT routes and CQT tests point selection rationally, can be assessed effectively
The covering quality of the whole network.
In the assessment of dense urban network quality, Drive Test, which is tried one's best, selects typical and relatively more full route, and CQT tests are general
Selection user compares the shopping centre of concentration, office building, star hotel contour level building, in high-rise CQT tests, typically
Multiple floors are selected to test, the covering quality of ability whole building of effecting reaction.
Existing testing tool, the general function of supporting to merge Drive Test result and CQT test results, but be only able to display
2 d plane picture, multiple floors of a skyscraper can only be shown with a test point, when each floor covering in skyscraper
When difference in quality is larger, it is impossible to the directly perceived coverage condition for accurately reflecting network of a figure, and skyscraper user distribution compared with
To concentrate, high-end user penetration is higher, is the emphasis of network evaluation and network optimization, accurate evaluation skyscraper network
Quality is the problem of network optimization urgent need to resolve.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of method and apparatus that quality of wireless network assessment result is presented.
By the way that the network quality assessment result of floor different layers is presented, so that point dimension and layer dimension are effectively combined, more can essence
True embodiment the whole network wireless coverage quality, important input is provided for depth network optimization, to make high-quality network quality
Important support is provided.
According to an aspect of the present invention there is provided a kind of method that quality of wireless network assessment result is presented, including：
Import call quality test calls CQT data；
From the test floor number letter in the latitude and longitude information and target structures thing of CQT extracting data target structures things
Breath；
The position of target structures thing is determined according to the latitude and longitude information of target structures thing；
Using the test floor number in the position of target structures thing and target structures thing, determine in target structures thing
The center position of each test floor；
Presented in target structures thing in the center position of each test floor and assess identification information, to generate wireless network
Quality assessment result schematic diagram；
Wherein, using the test floor number in the position of target structures thing and target structures thing, target structures are determined
Specifically included in thing the step of the center position of each test floor：
Judge whether the test floor number in target structures thing is more than 1；
If the test floor number in target structures thing is more than 1, the central point of i-th of test floor is located at target
The position of building be the center of circle, radius be R, angle on (i-1) * (360/m) position, wherein m for test floor
Number, i is natural number, and meets 1≤i≤m；
If the test floor number in target structures thing is equal to 1, the central point and target structures thing of floor will be tested
Position is overlapped.
It is preferred that, the step of assessment identification information is presented in the center position of each test floor in target structures thing is wrapped
Include：
Each test floor of target structures thing is judged whether wrapped in CQT data as target detection floor respectively
Include the latitude and longitude information for being arranged on test point on target detection floor；
If including the latitude and longitude information for being arranged on test point on target detection floor in CQT data, by test point
Latitude and longitude information carries out migration processing, wherein：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the longitude and latitude letter of test point after skew
Breath, SIN is SIN function, and COS is cosine function.
Identification information is presented on the position corresponding to longitude and latitude after skew.
It is preferred that, if not including the latitude and longitude information for being arranged on test point on target detection floor in CQT data, enter
One step judges whether the number of checkpoints set on target detection floor is more than 1；
If the number of checkpoints set on target detection floor is more than 1, j-th of test point is located at target detection building
Layer central point be the center of circle, radius be r, angle on (j-1) * (360/n) position, wherein n is the number of test point, j be from
So number, and meet 1≤j≤m, r<R；
Identification information is presented on the position of test point.
It is preferred that, if the number of checkpoints set on target detection floor is equal to 1, by test point position and target detection
Floor center position is overlapped；
Identification information is presented on the position of test point.
It is preferred that, drive test DT results are superimposed on quality of wireless network assessment result schematic diagram.
According to another aspect of the present invention there is provided a kind of device that quality of wireless network assessment result is presented, including：
Import unit, for importing call quality test calls CQT data；
Extraction unit, for from the survey in the latitude and longitude information and target structures thing of CQT extracting data target structures things
Try floor number information；
First position determining unit, the position for determining target structures thing according to the latitude and longitude information of target structures thing；
Second place determining unit, for the test floor in the position using target structures thing and target structures thing
Number, determines the center position of each test floor in target structures thing；
Display unit, identification information is assessed for being presented in target structures thing in the center position of each test floor,
To generate quality of wireless network assessment result schematic diagram；
Second place determining unit specifically includes identification module and location of the core module, wherein：
Identification module, for judging whether the test floor number in target structures thing is more than 1；
Location of the core module, for the judged result according to identification module, if the test floor in target structures thing
Number is more than 1, then the central point for testing floor by i-th is located at by the center of circle of the position of target structures thing, radius is R, angle is
(i-1) on * (360/m) position, wherein m is the number of test floor, and i is natural number, and meets 1≤i≤m；If target is built
The test floor number built in thing is equal to 1, then overlaps the central point for testing floor with the position of target structures thing.
It is preferred that, display unit is specifically included：
First judge module, for respectively using each test floor of target structures thing as target detection floor, judging
Whether include the latitude and longitude information for being arranged on test point on target detection floor in CQT data；
Migration processing module, for the judged result according to the first judge module, if including being arranged on mesh in CQT data
The latitude and longitude information of test point, then carry out migration processing by the latitude and longitude information of test point on mapping examination floor, wherein：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the longitude and latitude letter of test point after skew
Breath, SIN is SIN function, and COS is cosine function.
Module is presented, identification information is presented on the position corresponding to the longitude and latitude after skew.
It is preferred that, display unit also includes the second judge module, wherein：
Second judge module, for the judged result according to the first judge module, if not including being arranged in CQT data
The latitude and longitude information of test point on target detection floor, then determine whether the number of checkpoints set on target detection floor
Whether 1 is more than；
Test point locating module, for the judged result according to the second judge module, if set on target detection floor
Number of checkpoints is more than 1, then j-th test point is located at by the center of circle of target detection floor central point, radius be r, angle be
(j-1) on * (360/n) position, wherein n is the number of test point, and j is natural number, and meets 1≤j≤m, r<R；Instruction is in
Identification information is presented on the position of test point in existing module.
It is preferred that, test point locating module is additionally operable to the judged result according to the second judge module, if target detection floor
The number of checkpoints of upper setting is equal to 1, then overlaps test point position with target detection floor center position；Indicate that mould is presented
Identification information is presented on the position of test point in block.
It is preferred that, described device also includes superpositing unit, for being superimposed on quality of wireless network assessment result schematic diagram
Drive test DT results.
The present invention is by importing call quality test calls CQT data, from the longitude and latitude of CQT extracting data target structures things
The test floor number information spent in information and target structures thing, target structures are determined according to the latitude and longitude information of target structures thing
The position of thing, using the test floor number in the position of target structures thing and target structures thing, is determined in target structures thing
The center position of each test floor, presents in the center position of each test floor in target structures thing and assesses mark letter
Breath, to generate quality of wireless network assessment result schematic diagram.By the way that the network quality assessment result of floor different layers is presented, so that
Point dimension and layer dimension are effectively combined, the whole network wireless coverage quality more can be accurately embodied, be depth network optimization work
Make to provide important input, important support is provided to make high-quality network quality.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the accompanying drawing used required in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
The signal of quality of wireless network assessment result method one embodiment is presented for the present invention by Fig. 1
The schematic diagram for assessing identification information one embodiment is presented for the present invention in test floor center position by Fig. 2.
Fig. 3 is the schematic diagram of assessment result one embodiment of the present invention.
Fig. 4 is three-dimensional network quality assessment result schematic diagram.
The schematic diagram of quality of wireless network assessment result device one embodiment is presented for the present invention by Fig. 5.
Fig. 6 is the schematic diagram of display unit one embodiment of the present invention.
The schematic diagram of another embodiment of quality of wireless network assessment result device is presented for the present invention by Fig. 7.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.Below
Description only actually at least one exemplary embodiment is illustrative, is never used as to the present invention and its application or makes
Any limitation.Based on the embodiment in the present invention, those of ordinary skill in the art are not making creative work premise
Lower obtained every other embodiment, belongs to the scope of protection of the invention.
Unless specifically stated otherwise, the part and positioned opposite, the digital table of step otherwise illustrated in these embodiments
Do not limited the scope of the invention up to formula and numerical value.
Simultaneously, it should be appreciated that for the ease of description, the size of the various pieces shown in accompanying drawing is not according to reality
Proportionate relationship draw.
It may be not discussed in detail for technology, method and apparatus known to person of ordinary skill in the relevant, but suitable
In the case of, the technology, method and apparatus should be considered as authorizing a part for specification.
In shown here and discussion all examples, any occurrence should be construed as merely exemplary, without
It is as limitation.Therefore, the other examples of exemplary embodiment can have different values.
It should be noted that：Similar label and letter represents similar terms in following accompanying drawing, therefore, once a certain Xiang Yi
It is defined, then it need not be further discussed in subsequent accompanying drawing in individual accompanying drawing.
The schematic diagram of quality of wireless network assessment result method one embodiment is presented for the present invention by Fig. 1.As shown in figure 1,
The method and step of the present embodiment is as follows：
Step 101, call quality test calls CQT data are imported.
Step 102, from the test floor in the latitude and longitude information and target structures thing of CQT extracting data target structures things
Number information.
Step 103, the position of target structures thing is determined according to the latitude and longitude information of target structures thing.
Step 104, using the test floor number in the position of target structures thing and target structures thing, target is determined
The center position of each test floor in building.
Step 105, presented in target structures thing in the center position of each test floor and assess identification information, to generate
Quality of wireless network assessment result schematic diagram.
Wherein, using the test floor number in the position of target structures thing and target structures thing, target structures are determined
Specifically included in thing the step of the center position of each test floor：
Judge whether the test floor number in target structures thing is more than 1.
If the test floor number in target structures thing is more than 1, the central point of i-th of test floor is located at target
The position of building be the center of circle, radius be R, angle on (i-1) * (360/m) position, wherein m for test floor
Number, i is natural number, and meets 1≤i≤m.
If the test floor number in target structures thing is equal to 1, the central point and target structures thing of floor will be tested
Position is overlapped.
The presentation quality of wireless network assessment result method provided based on the above embodiment of the present invention, by the way that floor is presented not
With the network quality assessment result of layer, thus will point dimension and layer dimension effectively combined, more can accurately embody the whole network without
Line covering quality, important input is provided for depth network optimization, and important support is provided to make high-quality network quality.
It should be noted that skilled in the art realises that how to carry out Drive Test and CQT tests, therefore not deploying here
Description.
Such as, only has a test floor in target structures thing, 1 layer of such as building is test floor, is now surveyed
The central point of examination floor is overlapped with the position of target structures thing.
Again such as, there are multiple test floors in target structures thing, 1 layer, 5 layers, 10 layers and 15 layers of such as building is
Floor is tested, now the central point of this 4 test floors is evenly distributed on centered on the position of target structures thing, radius is R
Circumference on.
The schematic diagram for assessing identification information one embodiment is presented for the present invention in test floor center position by Fig. 2.
Wherein：The step of assessing identification information, which is presented, in the center position of above-mentioned test floor each in target structures thing includes：
Step 201, respectively using each test floor of target structures thing as target detection floor, judge in CQT data
In whether include being arranged on the latitude and longitude information of test point on target detection floor.If including being arranged on target in CQT data
The latitude and longitude information of test point on floor is tested, then performs step 202；Otherwise step 204 is performed.
Step 202, the latitude and longitude information of test point is subjected to migration processing.Wherein：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the longitude and latitude letter of test point after skew
Breath, SIN is SIN function, and COS is cosine function.
Step 203, identification information is presented on the position corresponding to the longitude and latitude after skew.Afterwards, this reality is no longer performed
Apply other steps of example.
Step 204, judge whether the number of checkpoints set on target detection floor is more than 1.If target detection floor
The number of checkpoints of upper setting is more than 1, performs step 205；Otherwise step 207 is performed.
It is preferred that, CQT data include the number of checkpoints of each test floor.
Step 205, j-th test point is located at by the center of circle of target detection floor central point, radius be r, angle be (j-
1) on * (360/n) position, wherein n is the number of test point, and j is natural number, and meets 1≤j≤m, r<R.
Step 206, identification information is presented on the position of test point.Afterwards, other steps of the present embodiment are no longer performed.
Step 207, test point position is overlapped with target detection floor center position.
Step 208, identification information is presented on the position of test point.
Specifically when identification information is presented, it is further contemplated that the latitude and longitude information of test point.If in the information imported
Latitude and longitude information with test point, can be by way of shift value, survey where the position of test point is set in into test point
The vicinity of floor central point is tried, network engineers can be easy to be analyzed.
If the latitude and longitude information without test point, the position of test point can be evenly distributed on test building where test point
Layer central point is the center of circle, and radius is on r circumference, consequently facilitating network engineers are analyzed, such case is as shown in Figure 3.
In the embodiment shown in fig. 3, it is assumed that have 4 test floors, each test floor has 4 test points.
It is preferred that, CQT data include floor number.By showing floor number information, it is easy to network optimization engineer
Analyzed.In figure 3, F1, F5, F10 and F15 are 1 layer, 5 layers, 10 layers and 15 layers of floor numbers.
It is preferred that, the icon and color of identification information can be changed according to test result.For example, identification information can be passed through
Color represent corresponding network quality.
It is preferred that, drive test DT results are superimposed on quality of wireless network assessment result schematic diagram.Here, it can use common
Mode carries out DT measurements to obtain DT results.
For example, can respectively be shown by two figure layers, it can also merge and be shown.Fig. 4 is that three-dimensional network quality is commented
Estimate result schematic diagram.Wherein in Fig. 4, measured is receiving power.Wherein straight line portion is DT results, for figure center
Target structures thing, have 4 test floors, respectively F1, F5, F10 and F15, each test floor provided with 4 test points,
In the case of no test point longitude and latitude, the test point in each layer is evenly distributed on the circumference that this layer of central point is the center of circle
On.The different gray scales respectively identified represent different receiving powers.
By the schematic diagram, network optimization engineer can be easy to understand quality of wireless network from line, three dimension of point and layer
Situation, important support is provided to make high-quality network quality.
The schematic diagram of quality of wireless network assessment result device one embodiment is presented for the present invention by Fig. 5.As shown in figure 5,
The device includes import unit 501, extraction unit 502, first position determining unit 503, second place determining unit 504 and is in
Existing unit 505.Wherein：
Import unit 501, for importing call quality test calls CQT data.
Extraction unit 502, for from the latitude and longitude information and target structures thing of CQT extracting data target structures things
Test floor number information.
First position determining unit 503, the position for determining target structures thing according to the latitude and longitude information of target structures thing
Put.
Second place determining unit 504, for the test building in the position using target structures thing and target structures thing
Layer number, determines the center position of each test floor in target structures thing.
Display unit 505, mark letter is assessed for being presented in target structures thing in the center position of each test floor
Breath, to generate quality of wireless network assessment result schematic diagram.
Second place determining unit 504 specifically includes identification module 511 and location of the core module 512.Wherein：
Identification module 511, for judging whether the test floor number in target structures thing is more than 1.
Location of the core module 512, for the judged result according to identification module 511, if the test in target structures thing
Floor number is more than 1, then the central point for testing floor by i-th is located at by the center of circle of the position of target structures thing, radius is R,
Angle meets 1≤i≤m on (i-1) * (360/m) position, wherein m is the number of test floor, and i is natural number；If
Test floor number in target structures thing is equal to 1, then overlaps the central point for testing floor with the position of target structures thing.
The presentation quality of wireless network assessment result device provided based on the above embodiment of the present invention, by the way that floor is presented not
With the network quality assessment result of layer, thus will point dimension and layer dimension effectively combined, more can accurately embody the whole network without
Line covering quality, important input is provided for depth network optimization, and important support is provided to make high-quality network quality.
Fig. 6 is the schematic diagram of display unit one embodiment of the present invention.As shown in fig. 6, display unit specifically includes first
Judge module 601, migration processing module 602 and presentation module 603, wherein：
First judge module 601, for respectively using each test floor of target structures thing as target detection floor, sentencing
Whether break includes the latitude and longitude information for being arranged on test point on target detection floor in CQT data.
Migration processing module 602, for the judged result according to the first judge module 601, if including in CQT data
The latitude and longitude information of test point on target detection floor is arranged on, then the latitude and longitude information of test point is subjected to migration processing.Its
In：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the longitude and latitude letter of test point after skew
Breath, SIN is SIN function, and COS is cosine function.
Module 603 is presented, identification information is presented on the position corresponding to the longitude and latitude after skew.
It is preferred that, display unit also includes the second judge module 604, test point locating module 605.Wherein：
Second judge module 604, for the judged result according to the first judge module 601, if not wrapped in CQT data
The latitude and longitude information for being arranged on test point on target detection floor is included, then determines whether the survey set on target detection floor
Whether pilot number is more than 1.
Test point locating module 605, for the judged result according to the second judge module 604, if on target detection floor
The number of checkpoints of setting is more than 1, then j-th test point is located at by the center of circle of target detection floor central point, radius be r,
Angle meets 1≤j≤m, r on (j-1) * (360/n) position, wherein n is the number of test point, and j is natural number<R；
Indicate that module 603 is presented is presented identification information on the position of test point.
It is preferred that, test point locating module 605 is additionally operable to the judged result according to the second judge module 604, if target is surveyed
The number of checkpoints set on examination floor is equal to 1, then overlaps test point position with target detection floor center position；Indicate
Module 603 is presented identification information is presented on the position of test point.
The schematic diagram of another embodiment of quality of wireless network assessment result device is presented for the present invention by Fig. 7.With reality shown in Fig. 5
Apply example to compare, in the embodiment shown in fig. 7, the device also includes superpositing unit 701, in quality of wireless network assessment result
Drive test DT results are superimposed on schematic diagram.For example, DT object informations can be imported by import unit, by DT results with passing through above-mentioned side
The quality of wireless network assessment result schematic diagram that formula is obtained is overlapped.
By implementing the present invention, following beneficial effect can be obtained：
1st, the network coverage quality of skyscraper can more accurately be reflected.
2nd, it is more beneficial for the problem of network optimization engineer analysis network is present.
One of ordinary skill in the art will appreciate that realizing that all or part of step of above-described embodiment can be by hardware
To complete, the hardware of correlation can also be instructed to complete by program, described program can be stored in a kind of computer-readable
In storage medium, storage medium mentioned above can be read-only storage, disk or CD etc..
Description of the invention is provided for the sake of example and description, and is not exhaustively or by the present invention
It is limited to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Select and retouch
State embodiment and be more preferably to illustrate the principle and practical application of the present invention, and one of ordinary skill in the art is managed
The solution present invention is so as to design the various embodiments with various modifications suitable for special-purpose.
Claims (10)
1. a kind of method that quality of wireless network assessment result is presented, it is characterised in that including：
Import call quality test calls CQT data；
From the test floor number information in the latitude and longitude information and target structures thing of CQT extracting data target structures things；
The position of target structures thing is determined according to the latitude and longitude information of target structures thing；
Using the test floor number in the position of target structures thing and target structures thing, determine respectively to survey in target structures thing
Try the center position of floor；
Presented in target structures thing in the center position of each test floor and assess identification information, to generate quality of wireless network
Assessment result schematic diagram；
Wherein, using the test floor number in the position of target structures thing and target structures thing, determine in target structures thing
The step of center position of each test floor, specifically includes：
Judge whether the test floor number in target structures thing is more than 1；
If the test floor number in target structures thing is more than 1, the central point of i-th of test floor is located at target structures
The position of thing be the center of circle, radius be R, angle on (i-1) * (360/m) position, wherein m is the number of test floor, and i is
Natural number, and meet 1≤i≤m；
If the test floor number in target structures thing is equal to 1, by the central point for testing floor and the position of target structures thing
Overlap.
2. according to the method described in claim 1, it is characterised in that
The step of assessing identification information, which is presented, in the center position of each test floor in target structures thing includes：
Respectively using each test floor of target structures thing as target detection floor, judge whether include setting in CQT data
Put the latitude and longitude information of the test point on target detection floor；
If including the latitude and longitude information for being arranged on test point on target detection floor in CQT data, by the longitude and latitude of test point
Spend information and carry out migration processing, wherein：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the latitude and longitude information of test point after skew, SIN
For SIN function, COS is cosine function；
Identification information is presented on the position corresponding to longitude and latitude after skew.
3. method according to claim 2, it is characterised in that
If not including the latitude and longitude information for being arranged on test point on target detection floor in CQT data, determine whether
Whether the number of checkpoints set on target detection floor is more than 1；
If the number of checkpoints set on target detection floor is more than 1, j-th of test point is located at in target detection floor
Heart point be the center of circle, radius be r, angle on (j-1) * (360/n) position, wherein n is the number of test point, and j is natural number,
And meet 1≤j≤m, r<R；
Identification information is presented on the position of test point.
4. method according to claim 3, it is characterised in that
If the number of checkpoints set on target detection floor is equal to 1, by test point position and target detection floor central point
Position is overlapped；
Identification information is presented on the position of test point.
5. the method according to any one of claim 1-4, it is characterised in that
Drive test DT results are superimposed on quality of wireless network assessment result schematic diagram.
6. a kind of device that quality of wireless network assessment result is presented, it is characterised in that including import unit, extraction unit, the
One position determination unit, second place determining unit and display unit, wherein：
Import unit, for importing call quality test calls CQT data；
Extraction unit, for from the test building in the latitude and longitude information and target structures thing of CQT extracting data target structures things
Layer number information；
First position determining unit, the position for determining target structures thing according to the latitude and longitude information of target structures thing；
Second place determining unit, for the test floor number in the position using target structures thing and target structures thing,
Determine the center position of each test floor in target structures thing；
Display unit, assesses identification information, with life for being presented in target structures thing in the center position of each test floor
Into quality of wireless network assessment result schematic diagram；
Second place determining unit specifically includes identification module and location of the core module, wherein：
Identification module, for judging whether the test floor number in target structures thing is more than 1；
Location of the core module, for the judged result according to identification module, if the test floor number in target structures thing is big
In 1, then the central point for testing floor by i-th is located at by the center of circle of the position of target structures thing, radius is R, angle is (i-
1) on * (360/m) position, wherein m is the number of test floor, and i is natural number, and meets 1≤i≤m；If target structures thing
In test floor number be equal to 1, then by test floor central point overlapped with the position of target structures thing.
7. device according to claim 6, it is characterised in that
Display unit specifically includes the first judge module, migration processing module and module is presented, wherein：
First judge module, for respectively using each test floor of target structures thing as target detection floor, judging in CQT
Whether the latitude and longitude information that is arranged on target detection floor on test point is included in data；
Migration processing module, for the judged result according to the first judge module, if including being arranged on target survey in CQT data
The latitude and longitude information of test point on floor is tried, then the latitude and longitude information of test point is subjected to migration processing, wherein：
X′=X+R*SIN((i-1)*(360/m))；
Y′=Y+R*COS((i-1)*(360/m))；
Wherein (X, Y) is the latitude and longitude information of test point before skew, and (X ', Y ') is the latitude and longitude information of test point after skew, SIN
For SIN function, COS is cosine function；
Module is presented, identification information is presented on the position corresponding to the longitude and latitude after skew.
8. device according to claim 7, it is characterised in that it is fixed that display unit also includes the second judge module, test point
Position module, wherein：
Second judge module, for the judged result according to the first judge module, if not including being arranged on target in CQT data
The latitude and longitude information of test point on floor is tested, then determines whether whether is the number of checkpoints that is set on target detection floor
More than 1；
Test point locating module, for the judged result according to the second judge module, if the test set on target detection floor
Point number is more than 1, then j-th test point is located at by the center of circle of target detection floor central point, radius be r, angle be (j-
1) on * (360/n) position, wherein n is the number of test point, and j is natural number, and meets 1≤j≤m, r<R；Indicate that mould is presented
Identification information is presented on the position of test point in block.
9. device according to claim 8, it is characterised in that
Test point locating module is additionally operable to the judged result according to the second judge module, if the test set on target detection floor
Point number is equal to 1, then overlaps test point position with target detection floor center position；Indicate to present module in test point
Identification information is presented on position.
10. the device according to any one of claim 6-9, it is characterised in that described device also includes superpositing unit, is used
In the superposition drive test DT results on quality of wireless network assessment result schematic diagram.
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| CN107240146B (en) | 2016-03-24 | 2020-03-20 | 华为技术有限公司 | Method and equipment for displaying service index |
| CN106131872A (en) * | 2016-08-08 | 2016-11-16 | 上海斐讯数据通信技术有限公司 | A kind of system and method in order to wireless gateway device covering performance is compared |
| CN109257756B (en) * | 2017-07-12 | 2022-04-01 | 中国移动通信集团广东有限公司 | Indoor wireless network quality evaluation method and server |
| CN107734509A (en) * | 2017-09-13 | 2018-02-23 | 浙江明讯网络技术有限公司 | The collecting method and system of radio network optimization test |
| CN110401966B (en) * | 2018-04-24 | 2022-09-16 | 中国移动通信集团广东有限公司 | Wireless network performance evaluation monitoring method and device, electronic equipment and storage medium |
| CN113873431B (en) * | 2020-06-30 | 2024-03-05 | 中国电信股份有限公司 | Building network quality presentation method and device |
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