CN115860830B - Advertisement image rendering monitoring regulation and control system and method - Google Patents
Advertisement image rendering monitoring regulation and control system and method Download PDFInfo
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Abstract
The invention discloses an advertisement image rendering monitoring regulation and control system and method, and belongs to the technical field of data processing; the display areas are equally divided according to the total length and the total height of the display areas, so that modularized monitoring management of the display areas can be realized; the monitoring areas are constructed on the divided subareas, and the efficiency of analysis and processing of the subarea monitoring data can be effectively improved based on the monitoring areas; the intermittent monitoring analysis is carried out on the whole process of rendering and displaying the advertisement images of different subareas in sequence, so that the abnormal types corresponding to the subareas at different time stamps are obtained, the display overall state of the subareas can be obtained in an omnibearing manner, and reliable data support can be provided for evaluating the overall state of rendering and displaying the advertisement images of the display areas; the method and the device are used for solving the technical problem that the overall effect of advertisement image rendering monitoring regulation is poor due to the fact that modularized processing and integrated analysis are not carried out on advertisement image rendering display in the existing scheme.
Description
Technical Field
The invention relates to the technical field of data processing, in particular to an advertisement image rendering monitoring regulation and control system and method.
Background
Image rendering is the process of converting a three-dimensional light energy transfer process into a two-dimensional image.
Through retrieval, the invention with the publication number of CN110378750A and the name of image rendering method, device, equipment and storage medium discloses the Chinese invention, wherein the method comprises the steps of obtaining a view and an advertisement image to be displayed, determining first abstract data of a display area in the view, rendering the advertisement image into the display area, determining second abstract data of the display area, determining whether the advertisement image in the display area starts to be rendered according to the first abstract data of the display area and the second abstract data of the display area, and displaying the rendered advertisement image in the display area if the advertisement image starts to be rendered; determining whether the advertisement image in the display area starts to be rendered according to the first abstract data and the second abstract data, and after determining that the advertisement image starts to be rendered, starting to display the rendered advertisement image in the display area, so that the starting time of advertisement delivery is more accurate, the analysis of advertisement delivery effect is more accurate, and unnecessary human resource waste can be reduced.
Drawbacks of existing image rendering schemes include: the display area is not subjected to modularization and gridding treatment, analysis and evaluation based on independent local monitoring data are not performed, and independent analysis and evaluation results are integrated, so that the accuracy of monitoring and analysis of the display area is poor, and the overall effect of advertisement image rendering, monitoring and regulation is poor.
Disclosure of Invention
The invention aims to provide an advertisement image rendering monitoring regulation system and method, which are used for solving the technical problem that the whole effect of advertisement image rendering monitoring regulation is poor because modularized processing and integrated analysis are not carried out on advertisement image rendering display in the existing scheme.
The aim of the invention can be achieved by the following technical scheme:
an advertisement image rendering monitoring regulation and control system comprises a region processing module, a region monitoring module, a region analysis module, an evaluation management and control module and a cloud platform;
the area processing module is used for acquiring area information of the advertisement image rendering display to carry out modularized processing on the display area so as to obtain a display area set;
the regional monitoring module is used for carrying out monitoring statistics on rendering and displaying of a plurality of regional advertisement images in the display region set to obtain a display monitoring set;
the sub-region analysis module is used for analyzing rendering display conditions of the corresponding sub-regions according to pixel matching degrees corresponding to different time stamps in the display monitoring set to obtain a sub-region analysis set comprising a first underestimation signal, a second underestimation signal, a third underestimation signal, a corresponding first type region, a corresponding second type region and a corresponding three type region; the pixel matching degree is a numerical value used for evaluating the matching condition of the advertisement image rendering picture displayed in the split area under different time stamps and the standard advertisement image rendering picture corresponding to the preset time stamp;
and the evaluation management and control module is used for evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaption dynamic adjustment and prompt according to the evaluation result.
Preferably, the step of acquiring the presentation area set includes:
equally dividing the display area according to a preset reduction dividing ratio to obtain a plurality of sub-areas;
numbering and marking a plurality of subareas according to a preset numbering sequence;
and (5) arranging and combining a plurality of subareas of the mark to obtain a display area set and uploading the display area set to the cloud platform.
Preferably, the step of acquiring the presentation monitoring set includes:
when monitoring before the rendering and displaying of the advertisement images in a plurality of subareas in the display area, respectively setting a time point when the rendering and displaying of the advertisement images starts and a time point when the rendering and displaying of the advertisement images ends as a first time stamp and a second time stamp;
acquiring a plurality of time stamps in the first time stamp and the second time stamp according to a preset reference interval duration; numbering and marking according to the sequence of the first time stamp, the plurality of time stamps and the second time stamp;
when monitoring the advertisement image rendering and displaying process of a plurality of subareas in the display area according to the preset reference interval duration, acquiring a corresponding monitoring area according to the midpoints of the plurality of subareas and the preset monitoring radius.
Preferably, advertisement sub-images displayed in a plurality of sub-areas corresponding to different time stamps are obtained, images corresponding to monitoring areas in the plurality of sub-areas are marked as monitoring images, gray values corresponding to all pixel points on the monitoring images are obtained and summed, and a monitoring gray total value HZ is obtained; obtaining pixel matching degree XP=HZ/HZ 0 of the corresponding time stamp of the subarea through calculation; HZ0 is the standard gray level total value of the corresponding time stamp of the subarea;
and the pixel matching degrees corresponding to different time stamps in different subareas form a display monitoring set and are uploaded to the cloud platform.
Preferably, matching the pixel matching degree of different monitoring areas with a preset corresponding pixel matching range; if the pixel matching degree belongs to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is normal;
if the pixel matching degree does not belong to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is abnormal, generating an evaluation signal, marking the partial region as a selected region according to the evaluation signal, and marking the time stamp as a selected time stamp.
Preferably, after the advertisement image rendering and displaying is finished, analyzing and evaluating the abnormality of the advertisement image rendering and displaying according to the counted selected areas and the selected time stamp;
counting the total times of the sub-areas marked as selected areas in the process of advertisement image rendering and displaying, if the total times are smaller than a preset time threshold and a plurality of selected time stamps are not completely continuous, generating a first overestimation signal, setting the corresponding sub-areas as one type of areas, and adding one to the total number of the one type of areas;
if the total number of times is smaller than a preset number of times threshold and a plurality of selected time stamps are completely continuous, generating a second overestimation signal, setting the corresponding sub-region as a second type region, and adding one to the total number of the second type regions;
if the total frequency is not less than the preset frequency threshold, generating a third overestimation signal, setting the corresponding subareas as three types of areas, and adding one to the total number of the three types of areas;
the first overestimated signal, the second underestimated signal and the third underestimated signal form a subarea analysis set, and the subarea analysis set is uploaded to the cloud platform.
Preferably, the working steps of the evaluation management module include:
counting the total number of one type of abnormality, two types of abnormality and three types of abnormality according to the subarea analysis sets corresponding to all subareas, and setting the total number as a first total number YZ, a second total number EZ and a third total number SZ respectively; extracting the numerical values of all the marked data, integrating the numerical values in parallel, and obtaining a monitoring value JG of the rendering display of the advertisement image through calculation; the calculation formula of the monitored value JG is: jg= (j1×yz+j2×ez+j3×sz)/FZ; wherein j1, j2 and j3 are preset different proportion coefficients, and j1 is more than 0 and j2 is more than 0 and j3; FZ is the total number of the subareas;
matching and analyzing the monitored value with a preset monitored threshold value to obtain an evaluation result comprising a first monitored signal, a second monitored signal, a third monitored signal and a fourth monitored signal;
and carrying out continuous monitoring and control of pause and dynamic alarm prompt on the advertisement image rendering display in a self-adaptive manner according to different monitoring signals in the evaluation result.
Preferably, when the monitored value is matched with a preset monitored threshold value for analysis;
if the monitored value is zero, generating a first monitored signal;
if the monitored value is greater than zero and less than the monitored threshold value, generating a second monitored signal;
if the monitored value is not less than the monitored threshold value and is not greater than Y of the monitored threshold value, Y is a real number greater than one hundred, generating a third monitored signal;
if the monitored value is greater than Y of the monitored threshold value, a fourth monitored signal is generated.
In order to solve the problem, the invention also discloses an advertisement image rendering monitoring and regulating method, which comprises the following steps:
acquiring region information of advertisement image rendering display to carry out modularization processing on a display region, and obtaining a display region set of a plurality of sub-regions containing marks;
monitoring and counting the rendering display of the advertising images of a plurality of subareas in the display area set to obtain a display monitoring set containing pixel matching degrees corresponding to different subareas at different time stamps;
analyzing rendering display conditions of the corresponding sub-regions according to pixel matching degrees corresponding to different time stamps in the display monitoring set to obtain a sub-region analysis set comprising a first underestimation signal, a second underestimation signal and a third underestimation signal and corresponding first-class regions, second-class regions and three-class regions;
and evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaptive dynamic adjustment and prompt according to the evaluation result.
Compared with the prior art, the invention has the beneficial effects that:
1. according to the invention, the display areas are equally divided according to the total length and the total height of the display areas, so that the modular monitoring management of the display areas can be realized, and the rendering display of advertisement images in different areas on the display areas can be monitored more efficiently; and the monitoring areas are constructed on the divided sub-areas, so that the efficiency of analysis and processing of the sub-area monitoring data can be effectively improved based on the monitoring areas.
2. According to the invention, through carrying out intermittent monitoring analysis on the whole process of rendering and displaying the advertisement images in different subareas in sequence, the abnormal types corresponding to the subareas at different time stamps are obtained, so that the display overall state of the subareas can be obtained in an omnibearing manner, and reliable data support can be provided for evaluating the overall state of rendering and displaying the advertisement images in the display areas; the monitoring analysis results of different sub-areas after the display area is divided are integrated to analyze and evaluate the overall state of the display area, whether the whole process of advertisement image rendering and displaying of the display area is abnormal or not and the degree corresponding to the abnormality are judged, and according to the evaluation results, corresponding management and control and alarm prompt can be implemented in a targeted manner, so that the overall effect of advertisement image rendering, monitoring and control can be effectively improved.
Drawings
The invention is further described below with reference to the accompanying drawings.
FIG. 1 is a block diagram of an advertising image rendering monitoring and control system according to the present invention.
FIG. 2 is a block flow diagram of an advertising image rendering monitoring and controlling method of the present invention.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present invention, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Embodiment one:
as shown in FIG. 1, the invention relates to an advertisement image rendering monitoring and controlling system, which comprises a region processing module, a region monitoring module, a region analysis module, an evaluation and control module and a cloud platform;
the area processing module is used for acquiring area information of the advertisement image rendering display to carry out modularized processing on the display area so as to obtain a display area set; the zone information comprises the total length and the total height of the display zone; comprising the following steps:
equally dividing the display area according to a preset reduction dividing ratio to obtain a plurality of sub-areas; the reduced dividing proportion can be customized according to a specific scene, and the shape of the divided sub-areas is the same as that of the display area;
numbering and marking a plurality of subareas according to a preset numbering sequence; the numbering sequence may be top-down and left-to-right;
the marked multiple subareas are arranged and combined to obtain a display area set and uploaded to the cloud platform;
in the embodiment of the invention, the modular monitoring management of the display area can be realized by equally dividing the display area according to the total length and the total height of the display area, so that the rendering display of advertisement images in different areas on the display area can be monitored efficiently, and the accuracy of monitoring analysis of the display area can be effectively improved;
the regional monitoring module is used for carrying out monitoring statistics on rendering and displaying of a plurality of regional advertisement images in the display region set to obtain a display monitoring set; comprising the following steps:
when monitoring before the rendering and displaying of the advertisement images in a plurality of subareas in the display area, respectively setting a time point when the rendering and displaying of the advertisement images starts and a time point when the rendering and displaying of the advertisement images ends as a first time stamp and a second time stamp;
counting the total time length of rendering and displaying the advertisement image according to the first time stamp and the second time stamp; the unit of total duration is seconds;
acquiring a plurality of time stamps in the first time stamp and the second time stamp according to a preset reference interval duration; numbering and marking according to the sequence of the first time stamp, the plurality of time stamps and the second time stamp;
according to the preset reference interval duration, the unit of the reference interval duration is millisecond, a specific numerical value can be defined manually according to an actual scene, and when monitoring is carried out in the process of rendering and displaying the advertisement images of a plurality of subareas in a display area, a corresponding monitoring area is obtained according to the midpoints of the subareas and a preset monitoring radius; the monitoring area is circular; the monitoring radius is customized according to the total length and the total height of the subareas;
it is noted that, unlike the division of the sub-area, the setting of the monitoring area is used for improving the efficiency of the analysis processing of the sub-area monitoring data; compared with the situation that the analysis result of the single pixel point has large error and the analysis processing efficiency of the whole sub-region is poor, the division of the monitoring region in the embodiment of the invention can realize more accurate and more efficient data analysis;
acquiring advertisement sub-images displayed in a plurality of sub-areas corresponding to different time stamps, marking the images corresponding to the monitoring areas in the plurality of sub-areas as monitoring images, acquiring gray values corresponding to all pixel points on the monitoring images, and summing the gray values to obtain a monitoring gray total value HZ; the gray value is calculated based on the existing conventional image processing algorithm, and specific steps are not described herein;
obtaining pixel matching degree XP=HZ/HZ 0 of the corresponding time stamp of the subarea through calculation; HZ0 is the standard gray level total value of the corresponding time stamp of the subarea;
the pixel matching degree is a numerical value for evaluating the matching condition of the advertisement image rendering picture displayed in the split area under different time stamps and the standard advertisement image rendering picture corresponding to the preset time stamp;
the pixel matching degree corresponding to different time stamps in different subareas forms a display monitoring set and is uploaded to a cloud platform;
in the embodiment of the invention, the advertisement image rendering and displaying states of different time stamps of different subareas are sequentially subjected to digital processing so as to judge whether the advertisement image rendering and displaying states of the subareas are abnormal or not and the evaluation reasons of the abnormalities through the pixel matching degree, so that more accurate and efficient management and control can be implemented;
the regional analysis module is used for analyzing rendering display conditions of the corresponding subregions according to pixel matching degrees corresponding to different time stamps in the display monitoring set;
matching the pixel matching degree of different monitoring areas with a preset corresponding pixel matching range;
if the pixel matching degree belongs to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is normal;
if the pixel matching degree does not belong to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is abnormal, generating an evaluation signal, marking the partial region as a selected region according to the evaluation signal, and marking the time stamp as a selected time stamp;
after the advertisement image rendering and displaying is finished, analyzing and evaluating the abnormality of the advertisement image rendering and displaying according to the counted selected areas and the selected time stamp;
counting the total times of the sub-areas marked as selected areas in the process of advertisement image rendering and displaying, if the total times are smaller than a preset time threshold and a plurality of selected time stamps are not completely continuous, judging that the corresponding sub-areas belong to one type of abnormality and generating a first underestimation signal, setting the corresponding sub-areas as one type of areas according to the first underestimation signal, and adding one to the total number of the one type of areas; the abnormal rendering display of the discontinuous in the display process of the understanding subareas of the type of the abnormality can be popular, and the abnormal rendering display can be a real-time display picture which is different from a standard display picture of a pre-stored corresponding time point in the cloud platform;
if the total number of times is smaller than a preset number of times threshold and a plurality of selected time stamps are completely continuous, judging that the corresponding sub-region belongs to the class II abnormality and generating a second underestimation signal, setting the corresponding sub-region as the class II region according to the second underestimation signal, and adding one to the total number of the class II regions; the class II anomalies can be colloquially understood that a plurality of continuous anomaly rendering displays exist in the display process in the sub-region;
if the total frequency is not less than the preset frequency threshold, judging that the corresponding sub-region belongs to three types of abnormality and generating a third underestimation signal, setting the corresponding sub-region as three types of regions according to the third underestimation signal, and adding one to the total number of the three types of regions; three types of anomalies can be colloquially understood and divided into areas, and continuous anomaly rendering and displaying exist in the displaying process;
sequentially increasing the degree of abnormality corresponding to the first class abnormality, the second class abnormality and the third class abnormality;
the first overestimated signal, the second underestimated signal and the third underestimated signal form a subarea analysis set which is uploaded to the cloud platform, wherein the subarea analysis set is formed by a first type of area, a second type of area and three types of areas;
in the embodiment of the invention, the regional analysis module is used for carrying out intermittent monitoring analysis on the whole process of rendering and displaying the advertisement images of different regional areas in sequence, so that the abnormal types corresponding to the regional areas at different time stamps are obtained, the whole displaying state of the regional areas can be obtained in an omnibearing manner, and reliable data support can be provided for evaluating the whole state of rendering and displaying the advertisement images of the displaying areas; in addition, the purpose of implementing intermittent monitoring analysis is to realize high-efficiency data monitoring analysis and avoid the problems of high operation pressure and high cost of processing resources caused by uninterrupted data monitoring analysis;
the evaluation management and control module is used for evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaption dynamic adjustment and prompt according to the evaluation result; comprising the following steps:
counting the total number of one type of abnormality, two types of abnormality and three types of abnormality according to the subarea analysis sets corresponding to all subareas, and setting the total number as a first total number YZ, a second total number EZ and a third total number SZ respectively; extracting the numerical values of all the marked data, integrating the numerical values in parallel, and obtaining a monitoring value JG of the rendering display of the advertisement image through calculation; the calculation formula of the monitored value JG is:
JG=(j1×YZ+j2×EZ+j3×SZ)/FZ
wherein j1, j2 and j3 are preset different proportion coefficients, and j1 is more than 0 and j2 is less than j3, j1 can take on the value of 0.647, j2 can take on the value of 1.326, and j3 can take on the value of 1.958; FZ is the total number of the subareas;
it should be noted that, the monitored value is a numerical value for integrating the advertisement image rendering and displaying monitoring results of the whole of different subareas in the displaying area to evaluate whether the whole state is normal or not; the larger the monitored value is, the more serious the abnormality of the overall state of the whole process of rendering and displaying the advertisement image is;
matching and analyzing the monitored value with a preset monitored threshold value;
if the monitored value is zero, judging that the overall state of the advertisement image rendering display is normal and generating a first monitored signal;
if the monitored value is greater than zero and smaller than the monitored threshold value, judging that the overall state of the advertisement image rendering display is slightly abnormal and generating a second monitored signal;
if the monitored value is not smaller than the monitored threshold value and is not larger than Y of the monitored threshold value, Y is a real number larger than one hundred, judging that the overall state of the advertisement image rendering display is moderately abnormal and generating a third monitored signal;
if the monitored value is greater than Y of the monitored threshold value, judging that the overall state of the rendering display of the advertisement image is severely abnormal and generating a fourth monitored signal;
the monitoring value and the corresponding first monitoring signal, second monitoring signal, third monitoring signal and fourth monitoring signal form an evaluation result;
and carrying out continuous monitoring and control of pause and dynamic alarm prompt on the advertisement image rendering display in a self-adaptive manner according to different monitoring signals in the evaluation result.
In the embodiment of the invention, the monitoring analysis results of different sub-areas after the display area is divided are integrated to analyze and evaluate the overall state of the advertisement image, so that whether the whole process of rendering and displaying the advertisement image in the display area is abnormal or not and the degree corresponding to the abnormality are judged, and the corresponding management and control and alarm prompt can be implemented in a targeted manner according to the evaluation result, thereby effectively improving the overall effect of rendering, monitoring and controlling the advertisement image;
in addition, the formulas related in the above description are all formulas with dimensions removed and numerical values calculated, and are a formula which is obtained by acquiring a large amount of data and performing software simulation to obtain the closest actual situation, and the proportionality coefficient in the formulas and each preset threshold value in the analysis process are set by a person skilled in the art according to the actual situation or are obtained by simulating a large amount of data.
Embodiment two:
as shown in fig. 2, the present invention is an advertisement image rendering monitoring and controlling method, including:
acquiring region information of advertisement image rendering display to carry out modularization processing on a display region, and obtaining a display region set of a plurality of sub-regions containing marks;
monitoring and counting the rendering display of the advertising images of a plurality of subareas in the display area set to obtain a display monitoring set containing pixel matching degrees corresponding to different subareas at different time stamps;
analyzing rendering display conditions of the corresponding sub-regions according to pixel matching degrees corresponding to different time stamps in the display monitoring set to obtain a sub-region analysis set comprising a first underestimation signal, a second underestimation signal and a third underestimation signal and corresponding first-class regions, second-class regions and three-class regions;
and evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaptive dynamic adjustment and prompt according to the evaluation result.
In the several embodiments provided by the present invention, it should be understood that the disclosed system may be implemented in other ways. For example, the above-described embodiments of the invention are merely illustrative, and for example, the division of modules is merely a logical function division, and other manners of division may be implemented in practice.
The modules illustrated as separate components may or may not be physically separate, and components shown as modules may or may not be physical modules, i.e., may be located in one place, or may be distributed over a plurality of network modules. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment.
In addition, each functional module in each embodiment of the present invention may be integrated into one processing module, or each module may exist alone physically, or two or more modules may be integrated into one module. The integrated modules may be implemented in hardware or in hardware plus software functional modules.
It will be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the essential characteristics thereof.
Finally, it should be noted that the above-mentioned embodiments are merely for illustrating the technical solution of the present invention and not for limiting the same, and although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications and equivalents may be made to the technical solution of the present invention without departing from the spirit and scope of the technical solution of the present invention.
Claims (6)
1. The advertisement image rendering, monitoring and regulating system is characterized by comprising a region processing module, a region monitoring module, a region analysis module, an evaluation, management and control module and a cloud platform;
the area processing module is used for acquiring area information of the advertisement image rendering display to carry out modularized processing on the display area so as to obtain a display area set;
the regional monitoring module is used for carrying out monitoring statistics on rendering and displaying of a plurality of regional advertisement images in the display region set to obtain a display monitoring set;
the sub-region analysis module is used for analyzing rendering display conditions of the corresponding sub-regions according to pixel matching degrees corresponding to different time stamps in the display monitoring set to obtain a sub-region analysis set comprising a first underestimation signal, a second underestimation signal, a third underestimation signal, a corresponding first type region, a corresponding second type region and a corresponding three type region; the pixel matching degree is a numerical value used for evaluating the matching condition of the advertisement image rendering picture displayed in the split area under different time stamps and the standard advertisement image rendering picture corresponding to the preset time stamp; comprising the following steps:
after the advertisement image rendering and displaying is finished, analyzing and evaluating the abnormality of the advertisement image rendering and displaying according to the counted selected areas and the selected time stamp;
counting the total times of the sub-areas marked as selected areas in the process of advertisement image rendering and displaying, if the total times are smaller than a preset time threshold and a plurality of selected time stamps are not completely continuous, generating a first overestimation signal, setting the corresponding sub-areas as one type of areas, and adding one to the total number of the one type of areas;
if the total number of times is smaller than a preset number of times threshold and a plurality of selected time stamps are completely continuous, generating a second overestimation signal, setting the corresponding sub-region as a second type region, and adding one to the total number of the second type regions;
if the total frequency is not less than the preset frequency threshold, generating a third overestimation signal, setting the corresponding subareas as three types of areas, and adding one to the total number of the three types of areas;
the first overestimated signal, the second underestimated signal and the third underestimated signal form a subarea analysis set which is uploaded to the cloud platform, wherein the subarea analysis set is formed by a first type of area, a second type of area and three types of areas;
the evaluation management and control module is used for evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaption dynamic adjustment and prompt according to the evaluation result; comprising the following steps:
counting the total number of one type of area, two types of area and three types of area according to the sub-area analysis set corresponding to all sub-areas, and setting the total number as a first total number YZ, a second total number EZ and a third total number SZ respectively; extracting the numerical values of all the marked data, integrating the numerical values in parallel, and obtaining a monitoring value JG of the rendering display of the advertisement image through calculation; the calculation formula of the monitored value JG is: jg= (j1×yz+j2×ez+j3×sz)/FZ; wherein j1, j2 and j3 are preset different proportion coefficients, and j1 is more than 0 and j2 is more than 0 and j3; FZ is the total number of the subareas;
matching and analyzing the monitored value with a preset monitored threshold value to obtain an evaluation result comprising a first monitored signal, a second monitored signal, a third monitored signal and a fourth monitored signal; comprising the following steps: when the monitored value is matched with a preset monitored threshold value for analysis;
if the monitored value is zero, generating a first monitored signal;
if the monitored value is greater than zero and less than the monitored threshold value, generating a second monitored signal;
if the monitored value is not less than the monitored threshold value and is not greater than Y of the monitored threshold value, Y is a real number greater than one hundred, generating a third monitored signal;
if the monitored value is greater than Y of the monitored threshold value, generating a fourth monitored signal;
and carrying out continuous monitoring and control of pause and dynamic alarm prompt on the advertisement image rendering display in a self-adaptive manner according to different monitoring signals in the evaluation result.
2. The advertising image rendering monitoring and control system according to claim 1, wherein the step of acquiring the display area set comprises:
equally dividing the display area according to a preset reduction dividing ratio to obtain a plurality of sub-areas;
numbering and marking a plurality of subareas according to a preset numbering sequence;
and (5) arranging and combining a plurality of subareas of the mark to obtain a display area set and uploading the display area set to the cloud platform.
3. The advertising image rendering monitoring and control system according to claim 1, wherein the step of acquiring the presentation monitoring set comprises:
when monitoring before the rendering and displaying of the advertisement images in a plurality of subareas in the display area, respectively setting a time point when the rendering and displaying of the advertisement images starts and a time point when the rendering and displaying of the advertisement images ends as a first time stamp and a second time stamp;
acquiring a plurality of time stamps in the first time stamp and the second time stamp according to a preset reference interval duration; numbering and marking according to the sequence of the first time stamp, the plurality of time stamps and the second time stamp;
when monitoring the advertisement image rendering and displaying process of a plurality of subareas in the display area according to the preset reference interval duration, acquiring a corresponding monitoring area according to the midpoints of the plurality of subareas and the preset monitoring radius.
4. The advertising image rendering, monitoring and regulating system according to claim 3, wherein advertising sub-images displayed in a plurality of sub-areas corresponding to different time stamps are obtained, images corresponding to monitoring areas in the plurality of sub-areas are marked as monitoring images, gray values corresponding to all pixel points on the monitoring images are obtained and summed to obtain a monitoring gray total value HZ; obtaining pixel matching degree XP=HZ/HZ 0 of the corresponding time stamp of the subarea through calculation; HZ0 is the standard gray level total value of the corresponding time stamp of the subarea;
and the pixel matching degrees corresponding to different time stamps in different subareas form a display monitoring set and are uploaded to the cloud platform.
5. The advertising image rendering monitoring and regulating system according to claim 4, wherein the pixel matching degree of different monitoring areas is matched with a preset corresponding pixel matching range; if the pixel matching degree belongs to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is normal;
if the pixel matching degree does not belong to the corresponding pixel matching range, judging that the display of the partial image of the locally rendered advertisement of the corresponding partial region in the time stamp is abnormal, generating an evaluation signal, marking the partial region as a selected region according to the evaluation signal, and marking the time stamp as a selected time stamp.
6. An advertising image rendering monitoring and controlling method applied to the advertising image rendering monitoring and controlling system as claimed in any one of claims 1 to 5, characterized by comprising:
acquiring region information of advertisement image rendering display to carry out modularization processing on a display region, and obtaining a display region set of a plurality of sub-regions containing marks;
monitoring and counting the rendering display of the advertising images of a plurality of subareas in the display area set to obtain a display monitoring set containing pixel matching degrees corresponding to different subareas at different time stamps;
analyzing rendering display conditions of the corresponding sub-regions according to pixel matching degrees corresponding to different time stamps in the display monitoring set to obtain a sub-region analysis set comprising a first underestimation signal, a second underestimation signal and a third underestimation signal and corresponding first-class regions, second-class regions and three-class regions;
and evaluating the overall state of the rendering and displaying of the advertisement image according to the subarea analysis sets corresponding to all subareas, and carrying out self-adaptive dynamic adjustment and prompt according to the evaluation result.
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| CN106899864A (en) * | 2015-12-18 | 2017-06-27 | 北京国双科技有限公司 | Commercial detection method and device |
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| CN114255347A (en) * | 2020-09-10 | 2022-03-29 | 顺丰科技有限公司 | Image detection method and device, electronic equipment and computer readable storage medium |
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| CN108830640A (en) * | 2018-05-23 | 2018-11-16 | 上海辰尚信息科技有限公司 | Outdoor advertising publication and monitoring system and method |
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