CN114373062A - Visual wisdom exhibition room intelligence show management system based on VR technique - Google Patents
Visual wisdom exhibition room intelligence show management system based on VR technique Download PDFInfo
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Abstract
The invention discloses a visual intelligent exhibition hall intelligent display management system based on a VR technology. The visual intelligent exhibition management system based on the VR technology comprises an exhibition hall basic information acquisition module, an exhibition model building module, an exhibition entrance setting module, a user experience item setting module, a user experience information acquisition module, a cloud analysis platform and a data sending terminal.
Description
Technical Field
The invention belongs to the technical field of exhibition hall management, and relates to a visual intelligent exhibition hall intelligent display management system based on a VR (virtual reality) technology.
Background
Along with the development of technique, wisdom exhibition room becomes the mainstream in order to show the room, and the online wisdom exhibition room of regarding as one kind of wisdom exhibition room shows the room, is used for various types of exhibition room extensively to show, compares in traditional line exhibition room down, and the apparent sense of five sense organs that have richened the user in the online exhibition room experience, in order to ensure user's experience, need show the management to the exhibition room.
The target, on-line exhibition room show management mainly manages putting of virtual exhibition room show article, the admission etc. in exhibition room, does not manage and wait to exhibition room entry show order and exhibition room bandwagon effect, consequently, still has the problem in following several aspects when on-line exhibition room show management system:
1. the content managed by the existing online exhibition hall exhibition management system is single, and the exhibition effect of the exhibition hall cannot be effectively improved;
2. the existing online exhibition hall exhibition management system does not manage the experience content of personnel, and cannot effectively improve the exhibition experience of users;
3. the existing on-line exhibition hall exhibition management system can not realize the updating of exhibition arrangement of exhibition areas according to the exhibition effects of the exhibition hall exhibition areas.
Disclosure of Invention
In view of the above, in order to solve the problems in the background art, a visual intelligent exhibition hall intelligent display management system based on VR technology for an automobile virtual exhibition hall is proposed, so as to realize intelligent exhibition management for the intelligent exhibition hall;
the purpose of the invention can be realized by the following technical scheme:
the invention provides a visual intelligent exhibition management system for a smart exhibition hall based on a VR technology, which comprises:
the exhibition hall basic information acquisition module, the exhibition model construction module, the exhibition entrance setting module, the user experience item setting module, the user experience information acquisition module, the cloud analysis platform and the data sending terminal;
the exhibition hall basic information acquisition module is used for acquiring basic information corresponding to the target automobile exhibition hall, wherein the basic information corresponding to the target automobile exhibition hall comprises the number of displayed automobile brands and information of each displayed automobile brand;
the display information acquisition module is used for acquiring information of each display area corresponding to the target automobile exhibition hall, acquiring the number of the display areas corresponding to the target automobile exhibition hall, and recording each display area of the target automobile exhibition hall as ZiN, wherein i is 1,2,. n, and n is an integer;
the display model building module is used for building a VR virtual exhibition hall display model according to the basic information and the display area information corresponding to the target automobile exhibition hall;
the display entrance setting module is used for setting an entrance of a user entering the target automobile exhibition hall according to the constructed VR virtual exhibition hall display model;
the user experience item setting module is used for setting the experience items corresponding to all the participating users in the target automobile exhibition hall;
the user experience information acquisition is used for acquiring experience information corresponding to each participating user in the target automobile exhibition hall;
the cloud analysis platform is used for processing and analyzing the experience information corresponding to each participating user in the target automobile exhibition hall;
and the data sending terminal is used for sending the experience information analysis result of each participating user in the target automobile exhibition hall to each participating user and the display entrance sequencing regulation and control terminal.
In the invention, the displayed automobile brand information includes the number of displayed automobiles corresponding to each displayed brand, the model of each displayed automobile corresponding to each displayed brand, applicable scene information, introduction information, body color, display position, performance information, sales link and optional lift position, and the number of displayed vehicles corresponding to each displayed brand is numbered according to a preset sequence, and is sequentially marked as 1, 2.
In the above invention, the display area information acquisition process is as follows:
acquiring the number of display areas corresponding to the target automobile display hall;
collecting the positions corresponding to the display areas of the target automobile exhibition hall to obtain the positions corresponding to the display areas of the target automobile exhibition hall;
acquiring display scene pictures corresponding to each display area of the target automobile exhibition hall, and acquiring display scenes corresponding to each display area of the target automobile exhibition hall;
and collecting the display automobile brand corresponding to each display area of the target automobile exhibition hall, and acquiring the display automobile brand corresponding to each display area of the target automobile exhibition hall.
In the invention, the construction of the VR virtual exhibition hall display model further comprises the construction of a VR virtual display automobile model and the construction of a VR virtual display area model.
In the above invention, the user experience items include viewing direction experience, detail information experience, and scene experience, and the specific setting process is as follows:
setting the viewing directions corresponding to the display automobiles of the display brands in the display areas of the target automobile exhibition hall as automatic display directions and manual display directions, and generating access labels of the display modes;
acquiring introduction information corresponding to each display automobile of the display brand in each display area of the target automobile exhibition hall, and generating an introduction information access label of each display automobile;
acquiring applicable scene information corresponding to each displayed automobile of the displayed brand in each display area of the target automobile exhibition hall, constructing an applicable scene model of each automobile, and generating an applicable scene access label of each automobile;
and embedding the display mode access labels, the introduction information access labels and the applicable scene access labels corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall into the VR virtual display automobile models corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall.
In the above invention, the user experience information collection is used for retrieving experience information corresponding to each user in the collection period after the user enters the VR virtual display automobile model, wherein the retrieval process of each user experience information in the collection period is as follows:
acquiring the number of users entering the VR virtual display automobile model in the acquisition period, recording the number of the users entering the VR virtual display automobile model in the acquisition period as target users, numbering the target users according to a preset sequence, and sequentially marking the target users as 1,2,. once.f;
acquiring numbers corresponding to the selected display entries corresponding to the target users in the acquisition period, comparing the selected display entries corresponding to the target users in the acquisition period with each other, and acquiring the number of the target users corresponding to the display entries of the VR virtual display automobile model in the acquisition period;
after each target user in the acquisition period finishes the selection of the display entry, the corresponding stay time, the number of the watched automobiles, the number of the numbers corresponding to the watched automobiles, the watching time corresponding to the watched automobiles, the number of the experience items corresponding to the watched automobiles and the experience times corresponding to the experience items of the watched automobiles of each target user in the acquisition period are called.
In the above invention, the cloud analysis platform is configured to analyze the heat of each display model in the acquisition period, and the analysis process is as follows:
acquiring the number of target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period, comparing the number of the target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period with the preset number of selected users at the display entrance, and calculating the popularity index of each display entrance of the VR virtual display automobile model;
acquiring the stay time corresponding to each entry of each display entrance of the VR virtual display automobile model into a target user in the acquisition period, and acquiring the average stay time corresponding to the display entrance of the VR virtual automobile display model by using an average value calculation formula;
calculating experience indexes of all display entrances of the VR virtual display automobile model by using a calculation formula;
substituting the popularity index of each display entrance of the VR virtual display automobile model and the experience index of each display entrance of the VR virtual automobile display model into a formula to calculate the comprehensive attention index of each display entrance of the VR virtual automobile display model;
and sequencing the display entries of the VR virtual automobile display model according to the comprehensive attention index of the display entries of the VR virtual automobile display model, and acquiring the corresponding arrangement sequence of the display entries of the VR virtual automobile display model.
In the above invention, the cloud analysis platform is configured to analyze the automobile experience index of each user in the acquisition period, and an analysis process thereof is as follows:
acquiring the number of watching automobiles, the number corresponding to each watching automobile, the watching duration corresponding to each watching automobile, the number of experience items corresponding to each watching automobile and the number of experience times corresponding to each experience item of each watching automobile of each target user in the entering model of each target user in the acquisition period;
numbering each automobile watched by each target user in the acquisition period according to the watching time sequence, and sequentially marking the automobiles as 1,2,. once.u;
calculating the interest index of each target user watching the automobile in the acquisition period by using a calculation formula according to the watching duration corresponding to each target user watching the automobile in the acquisition period;
according to the number of corresponding experience items corresponding to each automobile watched by each target user in the acquisition period, calculating the experience integrity index of each automobile watched by each target user in the acquisition period by using a calculation formula;
acquiring the comprehensive experience times corresponding to each target user watching the automobile in the acquisition period according to the experience times corresponding to each experience item of each target user watching the automobile in the acquisition period;
calculating the comprehensive experience index of each automobile watched in the acquisition period by using a calculation formula;
and sequencing the comprehensive experience indexes corresponding to the vehicles watched by the target users in the acquisition period from high to low, screening the vehicles with the highest comprehensive experience indexes of the target users in the acquisition period, recording the vehicles as the attention vehicles of the target users, acquiring the attention vehicles corresponding to the target users in the acquisition period, and calling the sales links and the optional vehicle lifting point positions corresponding to the attention vehicles of the target users.
In the above invention, the data sending terminal includes entry information sending and user information sending;
and the entry information sending is used for sending the corresponding arrangement sequence of each display entry of the VR virtual automobile display model to the VR virtual automobile display model display entry sequencing regulation and control terminal.
In the above invention, the user information sending is used to send the sales link and the optional pick-up point position corresponding to the car to which each target user pays attention to each user mobile terminal.
The invention has the beneficial effects that:
(1) according to the visual intelligent exhibition room intelligent display management system based on the VR technology, the display model building module, the display entrance setting module, the user experience item setting module and the user browsing information acquisition module are combined with the cloud analysis platform to analyze the display entrance corresponding to the VR virtual exhibition room and the experience information corresponding to each participating user in the VR virtual exhibition room, so that the problem that the content managed by the existing online exhibition room display management system is single, the display effect of the exhibition room cannot be effectively improved is effectively solved, the exhibition experience of the user is greatly improved, and meanwhile the real-time updating of the layout of the VR virtual exhibition room display area is realized.
(2) According to the invention, the basic information of the exhibition hall is collected by the basic information collection module of the exhibition hall, so that the authenticity of the construction of the exhibition model corresponding to the exhibition hall is improved, and meanwhile, the visual experience of the users participating in the exhibition hall can be greatly improved by collecting the real scene information.
(3) According to the invention, the display model building module is used for building the VR virtual exhibition hall display model, so that the reality of the exhibition of the user is greatly ensured to a certain extent, and the limitations of the traditional experience time, scene, space and the like are broken through.
(4) According to the invention, at the information sending terminal, the experience information analysis result of each participating user in the target automobile exhibition hall is sent to each participating user and the VR virtual exhibition hall display model display inlet sequencing regulation and control terminal, so that the display intelligence of the VR virtual exhibition hall display model homepage is greatly improved, and meanwhile, convenience is provided for each target user in the exhibition hall to obtain the automobile information concerned by the target user.
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In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art that other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic diagram showing the connection of modules of the system of the present invention.
Detailed Description
While the foregoing is directed to embodiments of the present invention, other and further embodiments of the invention may be devised without departing from the basic scope thereof, and the scope thereof is determined by the claims that follow.
Referring to fig. 1, a visual intelligent exhibition management system for a smart hall based on VR technology includes: the exhibition hall basic information acquisition module, the exhibition model construction module, the exhibition entrance setting module, the user experience item setting module, the user experience information acquisition module, the cloud analysis platform and the data sending terminal;
the exhibition model building module is respectively connected with the exhibition hall basic information acquisition module, the exhibition information acquisition module and the exhibition entrance setting module, the user experience information acquisition module is respectively connected with the user experience item setting module and the cloud analysis platform, and the data sending terminal is connected with the cloud analysis platform;
the exhibition hall basic information acquisition module is used for acquiring basic information corresponding to the target automobile exhibition hall, wherein the basic information corresponding to the target automobile exhibition hall comprises the number of displayed automobile brands and information of each displayed automobile brand;
specifically, the display automobile brand information comprises the number of display automobiles corresponding to each display brand, the model numbers corresponding to each display automobile of each display brand, applicable scene information, introduction information, main body colors, display positions, performance information, sales links and optional lift positions, the number of the display automobiles corresponding to each display brand is numbered according to a preset sequence, and the display automobiles are sequentially marked as 1, 2.
The performance information corresponding to each display automobile of each display brand comprises the dynamic property, the fuel economy, the braking property, the operation stability, the driving smoothness, the emission pollution and the noise corresponding to each display automobile of each display brand.
The display vehicle applicable scene information of each display brand is the display vehicle applicable scene type of each display brand and a scene picture corresponding to each applicable scene type, wherein the applicable scene types comprise roads, plains, mountains and the like;
the display brand display automobile introduction information formats comprise but are not limited to pictures, texts, videos and audios.
In one specific embodiment, the vehicle dynamics comprise the maximum vehicle speed, the on-site starting acceleration, the overtaking acceleration and the maximum crawling gradient of the vehicle; the automobile fuel economy is the minimum fuel consumption of unit transportation work; the automobile braking performance is automobile braking efficiency, automobile braking heat fading resistance and the direction stability of the automobile during automobile braking; the automobile steering stability comprises automobile steering performance and automobile stability.
According to the embodiment of the invention, the basic information of the exhibition hall is collected by the basic information collection module, so that the authenticity of the exhibition hall corresponding to the display model is improved, and meanwhile, the visual experience of the users participating in the exhibition hall can be greatly improved by collecting the real scene information.
The display information acquisition module is used for acquiring information of each display area corresponding to the target automobile exhibition hall, acquiring the number of the display areas corresponding to the target automobile exhibition hall, and recording each display area of the target automobile exhibition hall as ZiN, wherein i is 1,2,. n, and n is an integer;
specifically, the display area information acquisition process is as follows:
a1, acquiring the number of display areas corresponding to the target automobile exhibition hall;
wherein, one display area corresponds to one display automobile brand;
a2, collecting positions corresponding to each display area of the target automobile exhibition hall, and acquiring the positions corresponding to each display area of the target automobile exhibition hall;
a3, collecting display scene pictures corresponding to each display area of the target automobile exhibition hall, and acquiring display scenes corresponding to each display area of the target automobile exhibition hall;
a4, collecting the display automobile brands corresponding to the display areas of the target automobile exhibition hall, and acquiring the display automobile brands corresponding to the display areas of the target automobile exhibition hall.
The display model building module is used for building a VR virtual exhibition hall display model according to the basic information and the display area information corresponding to the target automobile exhibition hall;
specifically, the construction of the VR virtual exhibition hall display model further comprises the construction of a VR virtual display automobile model and the construction of a VR virtual display area model;
the VR virtual exhibition hall display model construction process comprises the following steps:
b1, acquiring basic information corresponding to the target automobile exhibition hall and information corresponding to each exhibition area of the target exhibition hall;
b2, calling information corresponding to display automobiles of the display brands in the display areas of the target automobile exhibition hall, and constructing virtual display automobile models of the VRs;
each VR virtual display automobile model is in an incidence relation with each display automobile of the display brand in each display area of the target automobile exhibition hall, and one automobile corresponds to one VR virtual display automobile model;
b3, constructing each VR virtual display area model according to the scene corresponding to each display area of the target exhibition hall, the VR virtual display automobile model corresponding to each display automobile of each display area display brand and the display brand information of each display area;
b4, obtaining display scene pictures corresponding to each display area of the target exhibition hall, and taking the display scene pictures corresponding to each display area of the target exhibition hall as an entrance interface corresponding to the VR virtual display area model corresponding to each display area;
b5, linking each VR virtual display area model with the corresponding entrance interface;
b6, constructing a VR virtual panorama display model of the target automobile exhibition hall according to the number of display areas corresponding to the target automobile exhibition hall, display scenes corresponding to the display areas and VR virtual display area models corresponding to the display areas, and linking the VR virtual panorama display model of the target automobile exhibition hall with a preset panorama entrance interface;
b7, embedding the VR virtual panorama display model, the VR virtual display area model and the VR virtual display automobile model in the preset target automobile display structure according to the preset sequence, and generating the VR virtual display model corresponding to the target automobile display.
It should be noted that the VR virtual display automobile model and the VR virtual display area model are in a nested relationship, the VR virtual panoramic display model and the VR virtual display area model and the VR virtual display automobile model are in a nested relationship, and the VR virtual exhibition hall display model and the VR virtual panoramic display model, the VR virtual display area model and the VR virtual display automobile model are in a nested relationship.
According to the embodiment of the invention, the display model construction module constructs the VR virtual exhibition hall display model, so that the reality of the exhibition of the user is greatly ensured to a certain extent, and the limitations of the traditional experience time, scene, space and the like are broken through.
The display entrance setting module is used for setting an entrance of a user entering the target automobile exhibition hall according to the constructed VR virtual exhibition hall display model
Specifically, the display entrance setting process is as follows:
step 1, obtaining the display entry types of the VR virtual exhibition hall display model, wherein the display entry types are a panoramic display entry and an area display entry, and the number of the area display entries is obtained;
step 2, acquiring the number of comprehensive display entries corresponding to the VR virtual exhibition hall display model, numbering the comprehensive display entries corresponding to the VR exhibition hall display model according to a preset sequence, and sequentially marking the comprehensive display entries as 1,2, ·;
and 3, linking the entrance interfaces corresponding to the display entrances of the VR virtual exhibition hall display model, and embedding the entrance interfaces into the main body interfaces corresponding to the VR virtual exhibition hall display model according to a preset sequence.
The user experience item setting module is used for setting the experience items corresponding to all the participating users in the target automobile exhibition hall;
specifically, the user experience items include viewing position experience, detail information experience and scene experience, and the specific setting process is as follows:
setting the viewing directions corresponding to the display automobiles of the display brands in the display areas of the target automobile exhibition hall as automatic display directions and manual display directions, and generating access labels of the display modes;
acquiring introduction information corresponding to each display automobile of the display brand in each display area of the target automobile exhibition hall, and generating an introduction information access label of each display automobile;
acquiring applicable scene information corresponding to each displayed automobile of the displayed brand in each display area of the target automobile exhibition hall, constructing an applicable scene model of each automobile, and generating an applicable scene access label of each automobile;
and embedding the display mode access labels, the introduction information access labels and the applicable scene access labels corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall into the VR virtual display automobile models corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall.
The user experience information acquisition is used for acquiring experience information corresponding to each participating user in the target automobile exhibition hall;
specifically, the user experience information acquisition is used for calling the experience information corresponding to each user in the acquisition period after the user enters the VR virtual display automobile model, wherein the calling process of each user experience information in the acquisition period is as follows:
acquiring the number of users entering the VR virtual display automobile model in the acquisition period, recording the number of the users entering the VR virtual display automobile model in the acquisition period as target users, numbering the target users according to a preset sequence, and sequentially marking the target users as 1,2,. once.f;
acquiring numbers corresponding to the selected display entries corresponding to the target users in the acquisition period, comparing the selected display entries corresponding to the target users in the acquisition period with each other, and acquiring the number of the target users corresponding to the display entries of the VR virtual display automobile model in the acquisition period;
after each target user in the acquisition period finishes the selection of the display entry, the corresponding stay time, the number of the watched automobiles, the number of the numbers corresponding to the watched automobiles, the watching time corresponding to the watched automobiles, the number of the experience items corresponding to the watched automobiles and the experience times corresponding to the experience items of the watched automobiles of each target user in the acquisition period are called.
The cloud analysis platform is used for processing and analyzing the experience information corresponding to each participating user in the target automobile exhibition hall;
specifically, the cloud analysis platform is configured to analyze the heat of each display model in the acquisition period, and an analysis process of the cloud analysis platform is as follows:
h1, acquiring the number of target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period, comparing the number of target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period with the preset display entrance selection user number, and calculating the popularity index of each display entrance of the VR virtual display automobile model;
wherein the specific calculation formula is
RdRepresent the virtual demonstration automobile model of this VR the popularity index that shows the entry corresponding of d, d represents and shows the entry number, and d is 1,2dAnd expressing the number of target users corresponding to the d-th display entrance of the VR virtual display automobile model, wherein TS expresses the number of selected persons in the preset display entrance, and alpha is a preset coefficient.
H2, obtaining the stay time corresponding to each entry of each display entrance of the VR virtual display automobile model into the target user in the acquisition period, and obtaining the average stay time corresponding to the display entrance of the VR virtual automobile model by using an average value calculation formula;
h3, comparing the comprehensive stay time of the target user corresponding to each display entrance of the VR virtual automobile display model with the average stay time corresponding to the display entrance of the VR virtual automobile display model, and calculating the experience index of each display entrance of the VR virtual automobile display model by using a calculation formula;
wherein, each display entrance experience index calculation formula of the VR virtual automobile display model
TdAn experience index, LT, corresponding to the d-th display entry of the VR virtual display automobile modeldAnd the comprehensive stay time corresponding to the d-th display entrance of the VR virtual automobile display model is represented, and the delta T is the average stay time corresponding to the display entrance of the VR virtual automobile display model.
H4, calculating a comprehensive attention index of each display entrance of the VR virtual automobile display model by using a calculation formula according to the popularity index of each display entrance of the VR virtual automobile display model and the experience index of each display entrance of the VR virtual automobile display model;
wherein, the specific calculation formula is GZd＝μ1*Rd+μ2*ZdObtaining the comprehensive attention indexes of the lower d display entries of the VR virtual automobile display model, wherein mu 1 and mu 2 are preset coefficients;
h5 sorts the display entries of the VR virtual automobile display model according to the comprehensive attention index of the display entries of the VR virtual automobile display model, and obtains the corresponding arrangement sequence of the display entries of the VR virtual automobile display model.
Specifically, the cloud analysis platform is configured to analyze the automobile experience index of each user in the acquisition period, and an analysis process of the cloud analysis platform is as follows:
f1, acquiring the number of watching automobiles, the number corresponding to each watching automobile, the watching duration corresponding to each watching automobile, the number of experience items corresponding to each watching automobile and the number of experience times corresponding to each experience item of each watching automobile of each target user in the entering model of each target user in the acquisition period;
f2, numbering each automobile watched by each target user in the acquisition period according to the watching time sequence of the automobile, and sequentially marking the automobiles as 1,2,. once.u;
f3, calculating interest indexes of each target user watching the automobile in the acquisition period by using a calculation formula according to the watching duration corresponding to each target user watching the automobile in the acquisition period;
wherein the calculation formula is
XZj rExpressing the interest index, GT, corresponding to the r-th watching automobile of the j-th target user in the acquisition periodj rThe method includes the steps that the watching duration corresponding to the r-th watching automobile of the jth target user in the collection period is represented, YT is the standard watching duration corresponding to a preset automobile, j represents the target user number corresponding to the VR virtual automobile display model in the collection period, j is 1,2, the.
F4, calculating the experience integrity index of each automobile watched by each target user in the acquisition period by using a calculation formula according to the corresponding experience item number of each automobile watched by each target user in the acquisition period;
wherein the specific calculation formula is
WZj rAn experience integrity index, TS, corresponding to the r-th car watching of the jth target user in the acquisition periodj rThe number of experience items corresponding to the r-th watching automobile of the jth target user in the acquisition period is represented, and YS represents the number of preset automobile experience items.
Acquiring the comprehensive experience times corresponding to each automobile watched by each target user in the acquisition period according to the experience times corresponding to each automobile watched by each target user in the acquisition period, and calculating each automobile watched experience preference index of each target user by using a calculation formula;
wherein the specific calculation formula
PZj rRepresenting the corresponding r-th view car of the jth target user in the acquisition cycleView preference index, CZ, of the automobilej rAnd representing the comprehensive experience times corresponding to the r-th watching of the automobile by the jth target user in the acquisition period, wherein the NC is the preset experience times of the automobile.
Calculating the comprehensive experience index of each automobile watched in the acquisition period by using a calculation formula;
wherein the specific calculation formula is QZj r＝ω1*XZj r+ω2*WZj r+ω3**PZj rAcquiring a comprehensive experience index corresponding to the r-th watching automobile of the jth target user in the acquisition period, wherein omega 1, omega 2 and omega 3 are preset coefficients;
sequencing the comprehensive experience indexes corresponding to all the cars watched by all the target users in the acquisition period from high to low, screening the car with the highest comprehensive experience index of all the target users in the acquisition period, marking the car as a car concerned by the target users, and acquiring the car concerned by all the target users in the acquisition period;
and calling the sales link and the optional vehicle lifting point position corresponding to the concerned automobile of each target user.
And the data sending terminal is used for sending the experience information analysis result of each participating user in the target automobile exhibition hall to each participating user and the display entrance sequencing regulation and control terminal.
Specifically, the data sending terminal comprises entry information sending and user information sending;
and the entry information sending is used for sending the corresponding arrangement sequence of each display entry of the VR virtual automobile display model to the VR virtual automobile display model display entry sequencing regulation and control terminal.
And the user information sending is used for sending the sales links and the optional vehicle lifting point positions corresponding to the cars concerned by the target users to the mobile terminals of the users.
It should be noted that the mobile terminal includes, but is not limited to, a mobile phone, a tablet, and the like.
According to the embodiment of the invention, at the information sending terminal, the experience information analysis results of all the participating users in the target automobile exhibition hall are sent to all the participating users and the VR virtual exhibition hall display model display inlet sequencing regulation and control terminal, so that the display intelligence of the VR virtual exhibition hall display model homepage is greatly improved, and meanwhile, convenience is provided for all the target users in the exhibition hall to obtain the automobile information concerned by the target users.
The foregoing is merely exemplary and illustrative of the principles of the present invention and various modifications, additions and substitutions of the specific embodiments described herein may be made by those skilled in the art without departing from the principles of the present invention or exceeding the scope of the claims set forth herein.
Claims (10)
1. The utility model provides a visual wisdom exhibition room intelligence show management system based on VR technique which characterized in that: the method comprises the following steps: the exhibition hall basic information acquisition module, the exhibition model construction module, the exhibition entrance setting module, the user experience item setting module, the user experience information acquisition module, the cloud analysis platform and the data sending terminal;
the exhibition hall basic information acquisition module is used for acquiring basic information corresponding to the target automobile exhibition hall, wherein the basic information corresponding to the target automobile exhibition hall comprises the number of displayed automobile brands and information of each displayed automobile brand;
the display information acquisition module is used for acquiring information of each display area corresponding to the target automobile exhibition hall, acquiring the number of the display areas corresponding to the target automobile exhibition hall, and recording each display area of the target automobile exhibition hall as ZiN, wherein i is 1,2,. n, and n is an integer;
the display model building module is used for building a VR virtual exhibition hall display model according to the basic information and the display area information corresponding to the target automobile exhibition hall;
the display entrance setting module is used for setting an entrance of a user entering the target automobile exhibition hall according to the constructed VR virtual exhibition hall display model;
the user experience item setting module is used for setting the experience items corresponding to all the participating users in the target automobile exhibition hall;
the user experience information acquisition is used for acquiring experience information corresponding to each participating user in the target automobile exhibition hall;
the cloud analysis platform is used for processing and analyzing the experience information corresponding to each participating user in the target automobile exhibition hall;
and the data sending terminal is used for sending the experience information analysis result of each participating user in the target automobile exhibition hall to each participating user and the display entrance sequencing regulation and control terminal.
2. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the display automobile brand information comprises the number of display automobiles corresponding to each display brand, the model numbers corresponding to each display automobile of each display brand, applicable scene information, introduction information, main body colors, display positions, performance information, sales links and optional lift truck positions, the number of the display automobiles corresponding to each display brand is numbered according to a preset sequence, and the display automobiles are marked as 1,2 in sequence.
3. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the display area information acquisition process comprises the following steps:
acquiring the number of display areas corresponding to the target automobile display hall;
collecting the positions corresponding to the display areas of the target automobile exhibition hall to obtain the positions corresponding to the display areas of the target automobile exhibition hall;
acquiring display scene pictures corresponding to each display area of the target automobile exhibition hall, and acquiring display scenes corresponding to each display area of the target automobile exhibition hall;
and collecting the display automobile brand corresponding to each display area of the target automobile exhibition hall, and acquiring the display automobile brand corresponding to each display area of the target automobile exhibition hall.
4. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the construction of the VR virtual exhibition hall display model further comprises the construction of a VR virtual display automobile model and the construction of a VR virtual display area model.
5. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the user experience items comprise viewing direction experience, detail information experience and scene experience, and the specific setting process is as follows:
setting the viewing directions corresponding to the display automobiles of the display brands in the display areas of the target automobile exhibition hall as automatic display directions and manual display directions, and generating access labels of the display modes;
acquiring introduction information corresponding to each display automobile of the display brand in each display area of the target automobile exhibition hall, and generating an introduction information access label of each display automobile;
acquiring applicable scene information corresponding to each displayed automobile of the displayed brand in each display area of the target automobile exhibition hall, constructing an applicable scene model of each automobile, and generating an applicable scene access label of each automobile;
and embedding the display mode access labels, the introduction information access labels and the applicable scene access labels corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall into the VR virtual display automobile models corresponding to the display automobiles of the display brands of the display areas of the target automobile exhibition hall.
6. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the user experience information acquisition is used for calling the experience information corresponding to each user in the acquisition period after the user enters the VR virtual display automobile model, wherein the calling process of each user experience information in the acquisition period is as follows:
acquiring the number of users entering the VR virtual display automobile model in the acquisition period, recording the number of the users entering the VR virtual display automobile model in the acquisition period as target users, numbering the target users according to a preset sequence, and sequentially marking the target users as 1,2,. once.f;
acquiring numbers corresponding to the selected display entries corresponding to the target users in the acquisition period, comparing the selected display entries corresponding to the target users in the acquisition period with each other, and acquiring the number of the target users corresponding to the display entries of the VR virtual display automobile model in the acquisition period;
after each target user in the acquisition period finishes the selection of the display entry, the corresponding stay time, the number of the watched automobiles, the number of the numbers corresponding to the watched automobiles, the watching time corresponding to the watched automobiles, the number of the experience items corresponding to the watched automobiles and the experience times corresponding to the experience items of the watched automobiles of each target user in the acquisition period are called.
7. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the cloud analysis platform is used for analyzing the heat of each display model in the acquisition period, and the analysis process is as follows:
acquiring the number of target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period, comparing the number of the target users corresponding to each display entrance of the VR virtual display automobile model in the acquisition period with the preset number of selected users at the display entrance, and calculating the popularity index of each display entrance of the VR virtual display automobile model;
acquiring the stay time corresponding to each entry of each display entrance of the VR virtual display automobile model into a target user in the acquisition period, and acquiring the average stay time corresponding to the display entrance of the VR virtual automobile display model by using an average value calculation formula;
calculating experience indexes of all display entrances of the VR virtual display automobile model by using a calculation formula;
substituting the popularity index of each display entrance of the VR virtual display automobile model and the experience index of each display entrance of the VR virtual automobile display model into a formula to calculate the comprehensive attention index of each display entrance of the VR virtual automobile display model;
and sequencing the display entries of the VR virtual automobile display model according to the comprehensive attention index of the display entries of the VR virtual automobile display model, and acquiring the corresponding arrangement sequence of the display entries of the VR virtual automobile display model.
8. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the cloud analysis platform is used for analyzing the automobile experience indexes of the users in the acquisition period, and the analysis process is as follows:
acquiring the number of watching automobiles, the number corresponding to each watching automobile, the watching duration corresponding to each watching automobile, the number of experience items corresponding to each watching automobile and the number of experience times corresponding to each experience item of each watching automobile of each target user in the entering model of each target user in the acquisition period;
numbering each automobile watched by each target user in the acquisition period according to the watching time sequence, and sequentially marking the automobiles as 1,2,. once.u;
calculating the interest index of each target user watching the automobile in the acquisition period by using a calculation formula according to the watching duration corresponding to each target user watching the automobile in the acquisition period;
according to the number of corresponding experience items corresponding to each automobile watched by each target user in the acquisition period, calculating the experience integrity index of each automobile watched by each target user in the acquisition period by using a calculation formula;
acquiring the comprehensive experience times corresponding to each target user watching the automobile in the acquisition period according to the experience times corresponding to each experience item of each target user watching the automobile in the acquisition period;
calculating the comprehensive experience index of each automobile watched in the acquisition period by using a calculation formula;
and sequencing the comprehensive experience indexes corresponding to the vehicles watched by the target users in the acquisition period from high to low, screening the vehicles with the highest comprehensive experience indexes of the target users in the acquisition period, recording the vehicles as the attention vehicles of the target users, acquiring the attention vehicles corresponding to the target users in the acquisition period, and calling the sales links and the optional vehicle lifting point positions corresponding to the attention vehicles of the target users.
9. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: the data sending terminal comprises entrance information sending and user information sending;
and the entry information sending is used for sending the corresponding arrangement sequence of each display entry of the VR virtual automobile display model to the VR virtual automobile display model display entry sequencing regulation and control terminal.
10. The VR technology-based visual intelligent exhibition management system of intelligent exhibition halls, according to claim 1, wherein: and the user information sending is used for sending the sales links and the optional vehicle lifting point positions corresponding to the cars concerned by the target users to the mobile terminals of the users.
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| CN114707034A (en) * | 2022-04-21 | 2022-07-05 | 佩齐睿鸿文化科技(武汉)有限公司 | Intelligent exhibition management system for intelligent exhibition hall based on VR visual technology |
| CN114779946A (en) * | 2022-06-17 | 2022-07-22 | 深圳市一指淘科技有限公司 | Wisdom exhibition room management system based on VR technique |
| CN114818397A (en) * | 2022-07-01 | 2022-07-29 | 中汽信息科技(天津)有限公司 | Intelligent simulation method and system for customized scene |
| CN114998517A (en) * | 2022-05-27 | 2022-09-02 | 广亚铝业有限公司 | Aluminum alloy door and window exhibition hall and shared exhibition method |
| CN115423559A (en) * | 2022-09-06 | 2022-12-02 | 武汉美立森家居有限公司 | Home product online exhibition display method based on virtual VR technology |
| CN116071134A (en) * | 2023-03-07 | 2023-05-05 | 网思科技股份有限公司 | Intelligent user experience display method, system and storage medium |
| CN116384636A (en) * | 2023-06-07 | 2023-07-04 | 深圳市友昆标识制造有限公司 | Intelligent navigation explanation management system for intelligent exhibition hall based on VR (virtual reality) visualization technology |
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| CN114707034A (en) * | 2022-04-21 | 2022-07-05 | 佩齐睿鸿文化科技(武汉)有限公司 | Intelligent exhibition management system for intelligent exhibition hall based on VR visual technology |
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| CN114818397B (en) * | 2022-07-01 | 2022-09-20 | 中汽信息科技(天津)有限公司 | Intelligent simulation method and system for customized scene |
| CN115423559A (en) * | 2022-09-06 | 2022-12-02 | 武汉美立森家居有限公司 | Home product online exhibition display method based on virtual VR technology |
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| CN116824096A (en) * | 2022-09-14 | 2023-09-29 | 武汉抖量文化传媒有限公司 | Online exhibition hall watching guide management system based on VR virtual technology |
| CN116824096B (en) * | 2022-09-14 | 2024-05-10 | 六安蓝方科技服务有限公司 | Online exhibition hall watching guide management system based on VR virtual technology |
| CN116071134A (en) * | 2023-03-07 | 2023-05-05 | 网思科技股份有限公司 | Intelligent user experience display method, system and storage medium |
| CN116071134B (en) * | 2023-03-07 | 2023-10-13 | 网思科技股份有限公司 | Intelligent user experience display method, system and storage medium |
| CN116628071B (en) * | 2023-05-04 | 2023-12-05 | 毕加展览有限公司 | Data interaction method and system of digital exhibition management platform |
| CN116628071A (en) * | 2023-05-04 | 2023-08-22 | 毕加展览有限公司 | Data interaction method and system of digital exhibition management platform |
| CN116384636B (en) * | 2023-06-07 | 2023-08-29 | 深圳市友昆标识制造有限公司 | Intelligent navigation explanation management system for intelligent exhibition hall based on VR (virtual reality) visualization technology |
| CN116384636A (en) * | 2023-06-07 | 2023-07-04 | 深圳市友昆标识制造有限公司 | Intelligent navigation explanation management system for intelligent exhibition hall based on VR (virtual reality) visualization technology |
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