CN104159253A - Method and device for presenting quality assessment result of wireless network - Google Patents
Method and device for presenting quality assessment result of wireless network Download PDFInfo
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- CN104159253A CN104159253A CN201310173864.9A CN201310173864A CN104159253A CN 104159253 A CN104159253 A CN 104159253A CN 201310173864 A CN201310173864 A CN 201310173864A CN 104159253 A CN104159253 A CN 104159253A
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Abstract
The invention discloses a method and device for presenting the quality assessment result of a wireless network. The method comprises the steps that CQT (Call Quality Test) data is introduced, the latitude and longitude information of a target building and the number of test floors of the target building are extracted from the CQT data, the position of the target building is determined according to the latitude and longitude information of the target building, the central point positions of different test floors of the target building are determined according to the position of the target building and the number of test floors, and assessment identification information is presented in the central point positions of the test floors to generate a sketch map of assessment results of the wireless network. Network quality assessment results of different floors are presented, the point dimension is effectively combined with the floor dimension, the wireless network coverage quality can be presented more accurately, important input is provided for deepening network optimization, and important support is provided for high network quality.
Description
Technical field
The present invention relates to the communications field, particularly a kind of method and apparatus that presents quality of wireless network assessment result.
Background technology
Along with the CDMA(Code Division Multiple Access of China Telecom, code division multiple access) maturation of network and the fast development of mobile Internet, user is more and more higher to the requirement of 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, is the important channel of discovering network covering quality problem, is the important means that promotes network coverage quality.
Drive Test is used road measuring device to test along pre-determined route, the covering quality of " line " in major embodiment network, and CQT test is at siting, carries out the test calls of certain scale, embodies the covering quality of important " point " in network.Comprehensive DT and CQT test, can critic network in the covering quality of " line " and " point ", DT route and CQT test point are selected reasonable, covering quality that can Efficient Evaluation the whole network.
In the assessment of dense urban network quality, Drive Test is selected typical case and more full route as far as possible, the general more concentrated shopping centre of user, office building, the star hotel contour level building selected of CQT test, in high-rise CQT test, generally to select a plurality of floor tests, the covering quality of whole building of ability effecting reaction.
Existing testing tool, the general function of supporting to merge Drive Test result and CQT test result, but can only show 2 d plane picture, a plurality of floors of a skyscraper can only show by a test point, when in skyscraper, each floor covering quality difference is larger, cannot intuitively accurately reflect the coverage condition of network with a figure, and it is comparatively concentrated in skyscraper user distribution, high-end user penetration is higher, be the emphasis of network evaluation and network optimization work, accurate evaluation skyscraper network quality is the difficult problem that solution is needed in the network optimization badly.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of method and apparatus that presents quality of wireless network assessment result.By presenting the network quality assessment result of floor different layers, thereby a dimension and layer dimension are carried out to effective combination, more can embody accurately the whole network wireless coverage quality, for degree of depth network optimization work provides important input, for making high-quality network quality, provide important support.
According to an aspect of the present invention, provide a kind of method that presents quality of wireless network assessment result, comprising:
Import call quality test calls CQT data;
From the latitude and longitude information of CQT extracting data target building and the test floor number information target building;
According to the latitude and longitude information of target building, determine the position of target building;
Utilize the position of target building and the test floor number in target building, determine the center position of respectively testing floor in target building;
In target building, respectively test in the center position of floor and present assessment identification information, to generate quality of wireless network assessment result schematic diagram;
Wherein, utilize the position of target building and the test floor number in target building, determine that the step of respectively testing the center position of floor in target building specifically comprises:
Judge whether the test floor number in target building is greater than 1;
If the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m;
If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
Preferably, in target building, respectively test and in the center position of floor, present the step of assessing identification information and comprise:
Using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data respectively;
If comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, the latitude and longitude information of test point is carried out 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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
On the corresponding position of longitude and latitude after skew, present identification information.
Preferably, if do not comprise the latitude and longitude information that is arranged on test point on target detection floor in CQT data, whether the number of checkpoints that further judgement arranges on target detection floor is greater than 1;
If the number of checkpoints arranging on target detection floor is greater than 1, j test point is positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meet 1≤j≤m, r<R;
On the position of test point, present identification information.
Preferably, if the number of checkpoints arranging on target detection floor equals 1, test point position is overlapped with target detection floor center position;
On the position of test point, present identification information.
Preferably, the drive test DT result that superposes on quality of wireless network assessment result schematic diagram.
According to a further aspect in the invention, provide a kind of device that presents quality of wireless network assessment result, comprising:
Import unit, for importing call quality test calls CQT data;
Extraction unit, for the test floor number information of the latitude and longitude information from CQT extracting data target building and target building;
Primary importance determining unit, for determining the position of target building according to the latitude and longitude information of target building;
Second place determining unit, for utilizing the position of target building and the test floor number of target building, determines the center position of respectively testing floor in target building;
Display unit, presents assessment identification information for respectively testing at target building in the center position of floor, to generate quality of wireless network assessment result schematic diagram;
Second place determining unit specifically comprises identification module and location of the core module, wherein:
Identification module, for judging whether the test floor number of target building is greater than 1;
Location of the core module, be used for according to the judged result of identification module, if the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m; If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
Preferably, display unit specifically comprises:
The first judge module, for respectively, using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data;
Migration processing module, for according to the judged result of the first judge module, if comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, carries out migration processing by the latitude and longitude information of test point, 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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
Present module, for presenting identification information on the corresponding position of the longitude and latitude after skew.
Preferably, display unit also comprises the second judge module, wherein:
The second judge module, for according to the judged result of the first judge module, if do not comprise the latitude and longitude information that is arranged on test point on target detection floor in CQT data, whether the number of checkpoints that further judgement arranges on target detection floor is greater than 1;
Test point locating module, be used for according to the judged result of the second judge module, if the number of checkpoints arranging on target detection floor is greater than 1, j test point is positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meets 1≤j≤m, r<R; Indication presents module and present identification information on the position of test point.
Preferably, test point locating module, also for according to the judged result of the second judge module, if the number of checkpoints arranging on target detection floor equals 1, overlaps test point position with target detection floor center position; Indication presents module and present identification information on the position of test point.
Preferably, described device also comprises superpositing unit, for the drive test DT result that superposes on quality of wireless network assessment result schematic diagram.
The present invention is by importing call quality test calls CQT data, from the latitude and longitude information of CQT extracting data target building and the test floor number information target building, according to the latitude and longitude information of target building, determine the position of target building, utilize the position of target building and the test floor number in target building, determine the center position of respectively testing floor in target building, in target building, respectively test in the center position of floor and present assessment identification information, to generate quality of wireless network assessment result schematic diagram.By presenting the network quality assessment result of floor different layers, thereby a dimension and layer dimension are carried out to effective combination, more can embody accurately the whole network wireless coverage quality, for degree of depth network optimization work provides important input, for making high-quality network quality, provide important support.
Description of the invention provides for example with for the purpose of describing, and is not exhaustively or limit the invention to disclosed form.Many modifications and variations are obvious for the ordinary skill in the art.Selecting and describing embodiment is for better explanation principle of the present invention and practical application, thereby and makes those of ordinary skill in the art can understand the various embodiment with various modifications that the present invention's design is suitable for special-purpose.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the signal that the present invention presents an embodiment of quality of wireless network assessment result method
Figure.
Fig. 2 is that the present invention presents the schematic diagram of an embodiment of assessment identification information in test floor center position.
Fig. 3 is the schematic diagram of an embodiment of assessment result of the present invention.
Fig. 4 is three-dimensional network quality assessment result schematic diagram.
Fig. 5 is the schematic diagram that the present invention presents an embodiment of quality of wireless network assessment result device.
Fig. 6 is the schematic diagram of an embodiment of display unit of the present invention.
Fig. 7 is the schematic diagram that the present invention presents another embodiment of quality of wireless network assessment result device.
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 clearly and completely described, obviously, described embodiment is only the present invention's part embodiment, rather than whole embodiment.To the description only actually of at least one exemplary embodiment, be illustrative below, never as any restriction to the present invention and application or use.Embodiment based in the present invention, those of ordinary skills, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
Unless illustrate in addition, otherwise the parts of setting forth in these embodiments and positioned opposite, numeral expression formula and the numerical value of step not limited the scope of the invention.
, it should be understood that for convenience of description, the size of the various piece shown in accompanying drawing is not to draw according to actual proportionate relationship meanwhile.
For the known technology of person of ordinary skill in the relevant, method and apparatus, may not discuss in detail, but in suitable situation, described technology, method and apparatus should be regarded as authorizing a part for specification.
In all examples with discussing shown here, it is exemplary that any occurrence should be construed as merely, rather than as restriction.Therefore, other example of exemplary embodiment can have different values.
It should be noted that: in similar label and letter accompanying drawing below, represent similar terms, therefore, once be defined in an a certain Xiang Yi accompanying drawing, in accompanying drawing subsequently, do not need it to be further discussed.
Fig. 1 is the schematic diagram that the present invention presents an embodiment of quality of wireless network assessment result method.As shown in Figure 1, the method step of the present embodiment is as follows:
Step 101, imports call quality test calls CQT data.
Step 102, from the latitude and longitude information of CQT extracting data target building and the test floor number information target building.
Step 103, determines the position of target building according to the latitude and longitude information of target building.
Step 104, utilizes the position of target building and the test floor number in target building, determines the center position of respectively testing floor in target building.
Step 105 is respectively tested in the center position of floor and is presented assessment identification information, to generate quality of wireless network assessment result schematic diagram in target building.
Wherein, utilize the position of target building and the test floor number in target building, determine that the step of respectively testing the center position of floor in target building specifically comprises:
Judge whether the test floor number in target building is greater than 1.
If the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m.
If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
What based on the above embodiment of the present invention, provide presents quality of wireless network assessment result method, by presenting the network quality assessment result of floor different layers, thereby a dimension and layer dimension are carried out to effective combination, more can embody accurately the whole network wireless coverage quality, for degree of depth network optimization work provides important input, for making high-quality network quality, provide important support.
It should be noted that, those skilled in the art understand how to carry out Drive Test and CQT test, therefore do not launch here to describe.
Such as, in target building, only there is a test floor, for example 1 of this building layer is test floor, the central point of now testing floor overlaps with the position of target building.
Again such as, in target building, have a plurality of test floors, for example 1 of this building layer, 5 layers, 10 layers and 15 layers are test floor, now the central point of these 4 test floors be evenly distributed on take centered by the position of target building, on circumference that radius is R.
Fig. 2 is that the present invention presents the schematic diagram of an embodiment of assessment identification information in test floor center position.Wherein: in above-mentioned center position of respectively testing floor in target building, present the step of assessing identification information and comprise:
Step 201, using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data respectively.If comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, perform step 202; Otherwise execution step 204.
Step 202, carries out migration processing by the latitude and longitude information of test point.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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
Step 203, presents identification information on the corresponding position of longitude and latitude after skew.Afterwards, no longer carry out other step of the present embodiment.
Step 204, whether the number of checkpoints that judgement arranges on target detection floor is greater than 1.If the number of checkpoints arranging on target detection floor is greater than 1, execution step 205; Otherwise execution step 207.
Preferably, CQT data comprise the number of checkpoints of each test floor.
Step 205, by j test point be positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meet 1≤j≤m, r<R.
Step 206 presents identification information on the position of test point.Afterwards, no longer carry out other step of the present embodiment.
Step 207, overlaps test point position with target detection floor center position.
Step 208 presents identification information on the position of test point.
Specifically, when presenting identification information, can further consider the latitude and longitude information of test point.If there is the latitude and longitude information of test point in the information importing, can, by the mode of shift value, the set positions of test point, near test point place test floor central point, can be convenient to network engineers and analyze.
If there is no the latitude and longitude information of test point, the position of test point can be evenly distributed on to take test point place test floor central point be the center of circle, on the circumference that radius is r, thereby be convenient to network engineers, to analyze, this situation is as shown in Figure 3.In the embodiment shown in fig. 3, suppose to have 4 test floors, each test floor has 4 test points.
Preferably, CQT data comprise floor numbering.By showing floor number information, be convenient to network optimization engineer and analyze.In Fig. 3, F1, F5, F10 and F15 are the floor numberings of 1 layer, 5 layers, 10 layers and 15 layers.
Preferably, the icon of identification information and color can change according to test result.For example, can represent by the color of identification information corresponding network quality.
Preferably, the drive test DT result that superposes on quality of wireless network assessment result schematic diagram.Here, can adopt common mode to carry out DT measurement to obtain DT result.
For example, can show respectively by two figure layers, also can merge and show.Fig. 4 is three-dimensional network quality assessment result schematic diagram.Wherein, in Fig. 4, measured is received power.Wherein straight line portion is DT result, target building for figure central authorities, have 4 test floors, be respectively F1, F5, F10 and F15, each test floor is provided with 4 test points, in the situation that there is no test point longitude and latitude, the test point in every one deck is evenly distributed on the circumference that this layer of central point is the center of circle.The different gray scales of each sign represent different received powers.
By this schematic diagram, can be convenient to network optimization engineer and understand quality of wireless network situation from line, point and three dimension of layer, for making high-quality network quality, provide important support.
Fig. 5 is the schematic diagram that the present invention presents an embodiment of quality of wireless network assessment result device.As shown in Figure 5, this device comprises importing unit 501, extraction unit 502, primary importance determining unit 503, second place determining unit 504 and display unit 505.Wherein:
Import unit 501, for importing call quality test calls CQT data.
Extraction unit 502, for the test floor number information of the latitude and longitude information from CQT extracting data target building and target building.
Primary importance determining unit 503, for determining the position of target building according to the latitude and longitude information of target building.
Second place determining unit 504, for utilizing the position of target building and the test floor number of target building, determines the center position of respectively testing floor in target building.
Display unit 505, presents assessment identification information for respectively testing at target building in the center position of floor, to generate quality of wireless network assessment result schematic diagram.
Second place determining unit 504 specifically comprises identification module 511 and location of the core module 512.Wherein:
Identification module 511, for judging whether the test floor number of target building is greater than 1.
Location of the core module 512, be used for according to the judged result of identification module 511, if the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m; If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
What based on the above embodiment of the present invention, provide presents quality of wireless network assessment result device, by presenting the network quality assessment result of floor different layers, thereby a dimension and layer dimension are carried out to effective combination, more can embody accurately the whole network wireless coverage quality, for degree of depth network optimization work provides important input, for making high-quality network quality, provide important support.
Fig. 6 is the schematic diagram of an embodiment of display unit of the present invention.As shown in Figure 6, display unit specifically comprises the first judge module 601, migration processing module 602 and presents module 603, wherein:
The first judge module 601, for respectively, using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data.
Migration processing module 602, for according to the judged result of the first judge module 601, if comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, carries out migration processing by the latitude and longitude information of test point.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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
Present module 603, for presenting identification information on the corresponding position of the longitude and latitude after skew.
Preferably, display unit also comprises the second judge module 604, test point locating module 605.Wherein:
The second judge module 604, be used for according to the judged result of the first judge module 601, if do not comprise the latitude and longitude information that is arranged on test point on target detection floor in CQT data, whether the number of checkpoints that further judgement arranges on target detection floor is greater than 1.
Test point locating module 605, be used for according to the judged result of the second judge module 604, if the number of checkpoints arranging on target detection floor is greater than 1, j test point is positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meets 1≤j≤m, r<R; Indication presents module 603 and present identification information on the position of test point.
Preferably, test point locating module 605, also for according to the judged result of the second judge module 604, if the number of checkpoints arranging on target detection floor equals 1, overlaps test point position with target detection floor center position; Indication presents module 603 and present identification information on the position of test point.
Fig. 7 is the schematic diagram that the present invention presents another embodiment of quality of wireless network assessment result device.Compare with embodiment illustrated in fig. 5, in the embodiment shown in fig. 7, this device also comprises superpositing unit 701, for the drive test DT result that superposes on quality of wireless network assessment result schematic diagram.For example, can import DT object information by importing unit, DT result and the quality of wireless network assessment result schematic diagram obtaining are by the way superposeed.
By implementing the present invention, can obtain following beneficial effect:
The network coverage quality that 1, can reflect more accurately skyscraper.
2, be more conducive to network optimization engineer and analyze the problem that network exists.
One of ordinary skill in the art will appreciate that all or part of step that realizes above-described embodiment can complete by hardware, also can come the hardware that instruction is relevant to complete by program, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium of mentioning can be read-only memory, disk or CD etc.
Claims (10)
1. a method that presents quality of wireless network assessment result, is characterized in that, comprising:
Import call quality test calls CQT data;
From the latitude and longitude information of CQT extracting data target building and the test floor number information target building;
According to the latitude and longitude information of target building, determine the position of target building;
Utilize the position of target building and the test floor number in target building, determine the center position of respectively testing floor in target building;
In target building, respectively test in the center position of floor and present assessment identification information, to generate quality of wireless network assessment result schematic diagram;
Wherein, utilize the position of target building and the test floor number in target building, determine that the step of respectively testing the center position of floor in target building specifically comprises:
Judge whether the test floor number in target building is greater than 1;
If the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m;
If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
2. method according to claim 1, is characterized in that,
In target building, respectively test and in the center position of floor, present the step of assessing identification information and comprise:
Using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data respectively;
If comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, the latitude and longitude information of test point is carried out 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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
On the corresponding position of longitude and latitude after skew, present identification information.
3. method according to claim 2, is characterized in that,
If do not comprise the latitude and longitude information that is arranged on test point on target detection floor in CQT data, whether the number of checkpoints that further judgement arranges on target detection floor is greater than 1;
If the number of checkpoints arranging on target detection floor is greater than 1, j test point is positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meet 1≤j≤m, r<R;
On the position of test point, present identification information.
4. method according to claim 3, is characterized in that,
If the number of checkpoints arranging on target detection floor equals 1, test point position is overlapped with target detection floor center position;
On the position of test point, present identification information.
5. according to the method described in any one in claim 1-4, it is characterized in that,
Drive test DT result superposes on quality of wireless network assessment result schematic diagram.
6. a device that presents quality of wireless network assessment result, is characterized in that, comprises and imports unit, extraction unit, primary importance determining unit, second place determining unit and display unit, wherein:
Import unit, for importing call quality test calls CQT data;
Extraction unit, for the test floor number information of the latitude and longitude information from CQT extracting data target building and target building;
Primary importance determining unit, for determining the position of target building according to the latitude and longitude information of target building;
Second place determining unit, for utilizing the position of target building and the test floor number of target building, determines the center position of respectively testing floor in target building;
Display unit, presents assessment identification information for respectively testing at target building in the center position of floor, to generate quality of wireless network assessment result schematic diagram;
Second place determining unit specifically comprises identification module and location of the core module, wherein:
Identification module, for judging whether the test floor number of target building is greater than 1;
Location of the core module, be used for according to the judged result of identification module, if the test floor number in target building is greater than 1, the central point of i test floor is positioned at take the position of target building as the center of circle, radius is as R, angle are on the position of (i-1) * (360/m), wherein m is the number of test floor, i is natural number, and meets 1≤i≤m; If the test floor number in target building equals 1, the central point of test floor is overlapped with the position of target building.
7. device according to claim 6, is characterized in that,
Display unit specifically comprises the first judge module, migration processing module and presents module, wherein:
The first judge module, for respectively, using each test floor of target building as target detection floor, whether judgement comprises the latitude and longitude information that is arranged on test point on target detection floor in CQT data;
Migration processing module, for according to the judged result of the first judge module, if comprise in CQT data the latitude and longitude information that is arranged on test point on target detection floor, carries out migration processing by the latitude and longitude information of test point, 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 the front test point of skew, (X ', Y ') be the latitude and longitude information of test point after skew, SIN is SIN function, COS is cosine function.
Present module, for presenting identification information on the corresponding position of the longitude and latitude after skew.
8. device according to claim 7, is characterized in that, display unit also comprises the second judge module, test point locating module, wherein:
The second judge module, for according to the judged result of the first judge module, if do not comprise the latitude and longitude information that is arranged on test point on target detection floor in CQT data, whether the number of checkpoints that further judgement arranges on target detection floor is greater than 1;
Test point locating module, be used for according to the judged result of the second judge module, if the number of checkpoints arranging on target detection floor is greater than 1, j test point is positioned at take target detection floor central point as the center of circle, radius is as r, angle are on the position of (j-1) * (360/n), the number that wherein n is test point, j is natural number, and meets 1≤j≤m, r<R; Indication presents module and present identification information on the position of test point.
9. device according to claim 8, is characterized in that,
Test point locating module, also for according to the judged result of the second judge module, if the number of checkpoints arranging on target detection floor equals 1, overlaps test point position with target detection floor center position; Indication presents module and present identification information on the position of test point.
10. according to the device described in any one in claim 6-9, it is characterized in that, described device also comprises superpositing unit, for the drive test DT result that superposes on quality of wireless network assessment result schematic diagram.
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| CN201310173864.9A CN104159253B (en) | 2013-05-13 | 2013-05-13 | The method and apparatus that quality of wireless network assessment result is presented |
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| CN201310173864.9A CN104159253B (en) | 2013-05-13 | 2013-05-13 | The method and apparatus that quality of wireless network assessment result is presented |
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| CN104159253B CN104159253B (en) | 2017-10-03 |
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| 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 |
| CN109257756A (en) * | 2017-07-12 | 2019-01-22 | 中国移动通信集团广东有限公司 | Indoor wireless networks method for evaluating quality and server |
| CN110401966A (en) * | 2018-04-24 | 2019-11-01 | 中国移动通信集团广东有限公司 | Wireless network performance assesses monitoring method, device, electronic equipment and storage medium |
| US10742518B2 (en) | 2016-03-24 | 2020-08-11 | Huawei Technologies Co., Ltd. | Service indicator display method and device |
| CN113873431A (en) * | 2020-06-30 | 2021-12-31 | 中国电信股份有限公司 | Building network quality presentation method and device |
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