CN113961995B - Intelligent interaction system for exhibition display and conference service - Google Patents
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Abstract
The invention discloses an intelligent interaction system for exhibition showing and conference service, which relates to the technical field of intelligent interaction, solves the technical problem of low efficiency of exhibition conferences in the prior art, determines the position of an information exhibition, screens out qualified exhibition positions in an area, can improve the efficiency of information exhibition, greatly improves the strength of exhibition showing, and reduces the risk that the showing effect is in direct proportion to the showing cost ratio; the method comprises the steps of carrying out influence analysis on a preset display position area, judging whether the preset display position area is provided with a display position to influence the surrounding environment or not, avoiding the phenomenon that the display position influences the environment, rationalizing the display position, improving the efficiency of the display position, and preventing the display position from being unreasonable in layout, so that the display position corresponding content cannot obtain a proper display effect, and the display cost of the display position is reduced; whether the efficiency of analysis exhibition planning overall arrangement is qualified, plays the monitoring role to the overall arrangement of exhibition position, can the side strengthen the efficiency of exhibition show.
Description
Technical Field
The invention relates to the technical field of intelligent interaction, in particular to an intelligent interaction system for exhibition demonstration and conference services.
Background
With the development of technology and the progress of society, people are interested in exhibitions more and more. Meanwhile, the conference is held by each institution and analyzed through the exhibition, so that data such as products and the like can be better exchanged, and the intelligent interaction can often analyze the interaction of the exhibition conference in the holding process.
However, in the prior art, the exhibition position cannot be accurately positioned in the conference area, and meanwhile, the influence of the surrounding environment corresponding to the exhibition area cannot be judged through analysis, so that the exhibition position cannot be further determined; in addition, the layout of the display position corresponding to the display position cannot be performed, so that the display effect is reduced; and the accuracy of exhibition positioning and exhibition position layout cannot be analyzed through the conference process.
In view of the above technical drawbacks, a solution is now proposed.
Disclosure of Invention
The invention aims to solve the problem, and provides an intelligent interaction system for exhibition display and conference service, which is used for determining the position of an information exhibition, screening out qualified exhibition positions in a region, improving the efficiency of information exhibition, greatly improving the strength of exhibition and displaying, and reducing the risk that the display effect is proportional to the display cost ratio; the method comprises the steps of carrying out influence analysis on a preset display position area, judging whether the preset display position area is provided with a display position to influence the surrounding environment or not, avoiding the phenomenon that the display position influences the environment, rationalizing the display position, improving the efficiency of the display position, and preventing the display position from being unreasonable in layout, so that the display position corresponding content cannot obtain a proper display effect, and the display cost of the display position is reduced; judging the display information of the display position to correspond to the attention condition, analyzing whether the efficiency of the display planning layout is qualified, playing a role in monitoring the layout of the display position, and enhancing the efficiency of display on the side face.
The aim of the invention can be achieved by the following technical scheme:
the intelligent interaction system for the exhibition showing and conference service comprises an intelligent interaction platform, wherein an exhibition analysis platform and a conference service platform are arranged in the intelligent interaction platform, a server is arranged in the exhibition analysis platform, and the server is in communication connection with a showing and positioning unit, a layout planning unit and an influence analysis unit; a controller is arranged in the conference service platform and is in communication connection with a personnel analysis unit and a resource analysis unit;
the information display is managed through the display analysis platform, the server generates a display positioning signal and sends the display positioning signal to the display positioning unit, and the display positioning unit is used for determining the position of the information display; the method comprises the steps that a preset booth area and a non-booth area are selected through analysis, the preset booth area and the non-booth area are sent to a server, after the server receives the preset booth area and the non-booth area, an influence analysis signal is generated, the influence analysis signal and the preset booth area are sent to an influence analysis unit together, and influence analysis is conducted on the preset booth area through the influence analysis unit; the method comprises the steps of screening a display position setting area through analysis, sending the display position setting area to a server, setting display positions in the display position setting area after the server receives the display position setting area, generating layout planning signals, sending the layout planning signals and the display positions to a layout planning unit, and carrying out layout planning on display positions corresponding to the display positions through the layout planning unit;
the exhibition analysis platform generates a conference analysis signal and sends the conference analysis signal and a display position setting area to the conference service platform, the conference service platform is used for monitoring and analyzing the conference area, the controller generates a personnel analysis signal and sends the personnel analysis signal to the personnel analysis unit, and personnel in the conference area are analyzed through the personnel analysis unit; and analyzing the actual display effect of the display setting area through a resource analysis unit.
As a preferred embodiment of the present invention, the display positioning process of the display positioning unit is as follows:
dividing a conference area into i subareas, wherein i is a natural number larger than 1, collecting the number of pedestrians passing through each subarea per minute and the average stay time corresponding to the pedestrians passing through each subarea, and marking the number of pedestrians passing through each minutes of the subarea and the average stay time corresponding to the pedestrians passing through each subarea as XRi and SCi; the positioning analysis coefficients Xi of all the subareas are obtained through analysis, and the positioning analysis coefficients of the subareas are compared with a positioning analysis coefficient threshold value:
if the positioning analysis coefficient of the subarea is more than or equal to the positioning analysis coefficient threshold, marking the corresponding subarea as a preset display area, and sending the preset display area to a server; if the positioning analysis coefficient of the sub-region is smaller than the positioning analysis coefficient threshold value, marking the corresponding sub-region as a non-booth region, and sending the non-booth region to a server.
As a preferred embodiment of the present invention, the influence analysis process of the influence analysis unit is as follows:
setting the reference number o, o as a natural number larger than 1 in the preset booth area, collecting the difference value between the ambient light brightness and booth brightness in the preset booth area, and marking the difference value between the ambient light brightness and booth brightness in the preset booth area as LDCo; collecting the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value, and marking the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value as FBZo;
comparing the difference LDCo between the brightness of the ambient light in the preset booth area and the booth brightness with the time length FBZo between the ambient light in the preset booth area and the booth decibel value lower than the booth decibel value with a brightness difference threshold and a time length threshold respectively: if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is larger than a brightness difference threshold, or the duration FBZo of the ambient decibel value lower than the booth decibel value in the preset booth area is larger than a duration threshold, judging that the corresponding preset booth area is not suitable for setting the booth, and marking the corresponding preset booth area as a booth influence area; if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is smaller than a brightness difference threshold, or the duration FBZo of the ambient decibel value in the preset booth area lower than the booth decibel value is smaller than a duration threshold, judging that the corresponding preset booth area is suitable for setting the booth, and marking the corresponding preset booth area as a booth setting area; and sending the display setting area to a server.
As a preferred embodiment of the invention, the layout planning process of the layout planning unit is as follows:
setting a display information setting label k of a display position corresponding to the display position setting area, wherein k is a natural number larger than 1; acquiring the frequency of displaying the display information of the display position and the number of the display information receiving evaluations, and marking the frequency of displaying the display information of the display position and the number of the display information receiving evaluations as PLk and SLk respectively; obtaining an analysis coefficient Ck of display information corresponding to the display position through analysis;
comparing the analysis coefficient of the display information corresponding to the display position with an analysis coefficient threshold value:
if the analysis coefficient of the display position corresponding to the display information is more than or equal to the analysis coefficient threshold value, marking the corresponding display information as main display information; if the analysis coefficient of the display position corresponding display information is smaller than the analysis coefficient threshold value, marking the corresponding display information as secondary display information; transmitting the primary display information and the secondary display information to a server; after the server receives the main display information and the secondary display information, dividing the display position into a main display position and a secondary display position, wherein the area of the main display position is larger than that of the secondary display position, the main display information and the secondary display information are respectively and correspondingly distributed with the main display position and the secondary display position, the main display information corresponding to the central position in the main display position is sequentially distributed according to the sequence of the corresponding analysis coefficient values from large to small, and the secondary display information corresponding to the central position in the secondary display position is sequentially distributed according to the sequence of the corresponding analysis coefficient values from large to small.
As a preferred embodiment of the present invention, the personnel analysis process of the personnel analysis unit is as follows:
collecting the number of inquired people and the inquiry frequency of each piece of display information in the meeting area, and comparing the number of inquired people and the inquiry frequency of each piece of display information in the meeting area with an inquired number threshold value and an inquiry frequency threshold value respectively: if the number of people and the query frequency of the information displayed in the conference area are both greater than the corresponding threshold value, marking the corresponding display information as conference hot information; if the number of people and the query frequency of the information displayed in the conference area are smaller than the corresponding threshold value, marking the corresponding display information as conference cold information;
if the conference hot information is the main display information and the conference cold information is the secondary display information, judging that the layout of the display position is qualified, generating a layout qualified signal and sending the layout qualified signal to the controller; if the conference hot information is the secondary display information or the conference cold information is the main display information, judging that the display position layout is unqualified, generating a layout unqualified signal and sending the layout unqualified signal to the controller, and after receiving the layout unqualified signal, generating a layout reforming signal and sending the layout reforming signal to the server by the controller.
As a preferred embodiment of the present invention, the resource analysis process of the resource analysis unit is as follows:
the method comprises the steps of collecting the highest residence time and the reciprocating frequency of the personnel in a display setting area, and comparing the highest residence time and the reciprocating frequency of the personnel in the display setting area with a residence time threshold and a reciprocating frequency threshold respectively: if the highest residence time of the personnel in the display setting area and the personnel reciprocating frequency are both greater than the corresponding threshold values, generating a resource analysis qualified signal and sending the resource analysis qualified signal to the controller; if any value of the highest residence time of the personnel in the display setting area and the reciprocating frequency of the personnel is smaller than the corresponding threshold value, generating a resource analysis disqualification signal and sending the resource analysis disqualification signal to the controller; the controller sends a resource analysis disqualification signal to the server, and the server relocates the position of the information exhibition.
Compared with the prior art, the invention has the beneficial effects that:
in the invention, the position of the information exhibition is determined, and the qualified exhibition position is screened out in the area, so that the information exhibition efficiency can be improved, the exhibition dynamics is greatly improved, and the risk that the exhibition effect is in direct proportion to the exhibition cost ratio is reduced; the method comprises the steps of performing influence analysis on a preset display area, judging whether the display set in the preset display area has influence on the surrounding environment or not, and avoiding the phenomenon that the display influences the environment, thereby indirectly reducing the display efficiency of the display, causing the waste of cost and simultaneously bringing discomfort to viewers; the display position is rationalized, the efficiency of the display position is improved, and the situation that the display position is unreasonable in layout and the corresponding content of the display position cannot obtain a proper display effect is prevented, so that the display cost of the display position is reduced;
judging the corresponding attention condition of the display information of the display, analyzing whether the efficiency of the display planning layout is qualified or not, monitoring the layout of the display, and enhancing the display efficiency of the display on the side face; judging whether the analysis of the display setting area accords with the expectation or not, thereby detecting the display position location, and being beneficial to improving the high efficiency and the accuracy of the display location.
Drawings
The present invention is further described below with reference to the accompanying drawings for the convenience of understanding by those skilled in the art.
Fig. 1 is a block diagram of the overall principle of the invention.
Detailed Description
The technical solutions of the present invention will be clearly and completely described in connection with the embodiments, and it is obvious that the described embodiments are only some embodiments of the present invention, 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.
Referring to fig. 1, an intelligent interaction system for exhibition showing and conference service comprises an intelligent interaction platform, wherein an exhibition analysis platform and a conference service platform are arranged in the intelligent interaction platform, a server is arranged in the exhibition analysis platform, and the server is in communication connection with an exhibition positioning unit, a layout planning unit and an influence analysis unit; a controller is arranged in the conference service platform and is in communication connection with a personnel analysis unit and a resource analysis unit;
the display analysis platform is used for managing information display, the server generates display positioning signals and sends the display positioning signals to the display positioning unit, the display positioning unit is used for determining the position of the information display, the qualified display position is screened out in the area, the efficiency of information display can be improved, the strength of display is greatly improved, the risk that the display effect is proportional to the display cost ratio is reduced, and the specific display positioning process is as follows:
dividing a conference area into i subareas, wherein i is a natural number larger than 1, collecting the number of pedestrians passing through each subarea per minute and the average stay time corresponding to the pedestrians passing through each subarea, and marking the number of pedestrians passing through each minutes of the subarea and the average stay time corresponding to the pedestrians passing through each subarea as XRi and SCi; by the formulaObtaining a positioning analysis coefficient Xi of each subarea, wherein a1 and a2 are preset proportionality coefficients, and a1 is more than a2 is more than 0; sub-regionsThe positioning analysis coefficient of the display region is a probability value for judging the sub-region as the display region by carrying out normalization processing on the parameters of the sub-region; the larger the number of pedestrians passing through each minute and the average residence time corresponding to the pedestrians passing through each minute can be obtained through a formula, the larger the positioning analysis coefficient of the subarea is, and the larger the probability of the subarea serving as a display area is represented;
comparing the positioning analysis coefficients of the subareas with a positioning analysis coefficient threshold value:
if the positioning analysis coefficient of the subarea is more than or equal to the positioning analysis coefficient threshold, marking the corresponding subarea as a preset display area, and sending the preset display area to a server; if the positioning analysis coefficient of the subarea is smaller than the positioning analysis coefficient threshold value, marking the corresponding subarea as a non-booth area, and sending the non-booth area to a server;
after the server receives the preset booth area and the non-booth area, an influence analysis signal is generated and is sent to the influence analysis unit together with the preset booth area, the influence analysis unit is used for carrying out influence analysis on the preset booth area, judging whether the preset booth area is provided with a booth and influences the surrounding environment or not, and avoiding the phenomenon that the booth influences the environment, thereby indirectly reducing the display efficiency of the booth and causing the waste of cost, simultaneously bringing discomfort to viewers, and specifically influencing the analysis process as follows:
setting the reference number o, o as a natural number larger than 1 in the preset booth area, collecting the difference value between the ambient light brightness and booth brightness in the preset booth area, and marking the difference value between the ambient light brightness and booth brightness in the preset booth area as LDCo; collecting the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value, and marking the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value as FBZo; in the application, the display position is an electronic product, and brightness and decibel values exist;
comparing the difference LDCo between the brightness of the ambient light in the preset booth area and the booth brightness with the time length FBZo between the ambient light in the preset booth area and the booth decibel value lower than the booth decibel value with a brightness difference threshold and a time length threshold respectively: if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is larger than a brightness difference threshold, or the duration FBZo of the ambient decibel value lower than the booth decibel value in the preset booth area is larger than a duration threshold, judging that the corresponding preset booth area is not suitable for setting the booth, and marking the corresponding preset booth area as a booth influence area; if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is smaller than a brightness difference threshold, or the duration FBZo of the ambient decibel value in the preset booth area lower than the booth decibel value is smaller than a duration threshold, judging that the corresponding preset booth area is suitable for setting the booth, and marking the corresponding preset booth area as a booth setting area; transmitting the display setting area to a server;
after the server receives the display position setting area, display positions are set in the display position setting area, meanwhile, a layout planning signal is generated and sent to the layout planning unit, the layout planning unit is used for carrying out layout planning on display positions corresponding to the display positions, the display positions are rationally laid, the efficiency of the display positions is improved, the display positions are prevented from being unreasonably laid, the display positions are prevented from being unreasonably caused, the corresponding content of the display positions cannot be displayed, and accordingly the display cost of the display positions is reduced, and the specific layout planning process is as follows:
setting a display information setting label k of a display corresponding to a display setting area, wherein k is a natural number larger than 1, and the display information is expressed as the field, keywords and the like of display corresponding to display contents; acquiring the frequency of displaying the display information of the display position and the number of the display information receiving evaluations, and marking the frequency of displaying the display information of the display position and the number of the display information receiving evaluations as PLk and SLk respectively; by the formulaObtaining an analysis coefficient Ck of display information corresponding to the display position, wherein b1 and b2 are preset proportional coefficients, b1 is more than b2 is more than 0, beta is an error correction factor, and the value is 1.23; the analysis coefficient of the display information corresponding to the display position is obtained by carrying out normalization processing on parameters of the display information to obtain a numerical value for judging the importance of the display information; the frequency of displaying the display information of the display position can be obtained through a formula, and the display information is receivedThe larger the number of the evaluation is, the larger the analysis coefficient of the display position corresponding to the display information is, and the larger the importance of the display information is represented;
comparing the analysis coefficient of the display information corresponding to the display position with an analysis coefficient threshold value:
if the analysis coefficient of the display position corresponding to the display information is more than or equal to the analysis coefficient threshold value, marking the corresponding display information as main display information; if the analysis coefficient of the display position corresponding display information is smaller than the analysis coefficient threshold value, marking the corresponding display information as secondary display information;
after receiving the primary display information and the secondary display information, the server divides the display position into a primary display position and a secondary display position, wherein the area of the primary display position is larger than that of the secondary display position, the primary display information and the secondary display information are respectively and correspondingly distributed with the primary display position and the secondary display position, the primary display information corresponding to the central position in the primary display position is sequentially distributed according to the sequence from large to small of the corresponding analysis coefficient values, and the secondary display information corresponding to the central position in the secondary display position is sequentially distributed according to the sequence from large to small of the corresponding analysis coefficient values;
the exhibition analysis platform generates conference analysis signals and sends the conference analysis signals and the exhibition setting area to the conference service platform, the conference service platform is used for monitoring and analyzing the conference area, the controller generates personnel analysis signals and sends the personnel analysis signals to the personnel analysis unit, the personnel analysis unit is used for analyzing personnel in the conference area, judging whether the exhibition information of the exhibition is corresponding to the attention condition, analyzing whether the efficiency of exhibition planning layout is qualified or not, monitoring the layout of the exhibition, and enhancing the exhibition efficiency of the side face, wherein the specific personnel analysis process is as follows:
collecting the number of inquired people and the inquiry frequency of each piece of display information in the meeting area, and comparing the number of inquired people and the inquiry frequency of each piece of display information in the meeting area with an inquired number threshold value and an inquiry frequency threshold value respectively: if the number of people and the query frequency of the information displayed in the conference area are both greater than the corresponding threshold value, marking the corresponding display information as conference hot information; if the number of people and the query frequency of the information displayed in the conference area are smaller than the corresponding threshold value, marking the corresponding display information as conference cold information;
if the conference hot information is the main display information and the conference cold information is the secondary display information, judging that the layout of the display position is qualified, generating a layout qualified signal and sending the layout qualified signal to the controller; if the conference hot information is the secondary display information or the conference cold information is the main display information, judging that the layout of the display position is unqualified, generating a layout unqualified signal and sending the layout unqualified signal to the controller;
after receiving the layout disqualification signal, the controller generates a layout reforming signal and sends the layout reforming signal to the server; the server receives the layout reforming signal and then re-lays out the display position setting area;
the resource analysis unit is used for analyzing the actual display effect of the display setting area and judging whether the analysis of the display setting area accords with the expectation or not, so that the display position positioning is detected, the high efficiency and the accuracy of the display positioning are improved, and the specific resource analysis process is as follows:
the method comprises the steps of collecting the highest residence time and the reciprocating frequency of the personnel in a display setting area, and comparing the highest residence time and the reciprocating frequency of the personnel in the display setting area with a residence time threshold and a reciprocating frequency threshold respectively: if the highest residence time of the personnel in the display setting area and the personnel reciprocating frequency are both greater than the corresponding threshold values, generating a resource analysis qualified signal and sending the resource analysis qualified signal to the controller; if any value of the highest residence time of the personnel in the display setting area and the reciprocating frequency of the personnel is smaller than the corresponding threshold value, generating a resource analysis disqualification signal and sending the resource analysis disqualification signal to the controller; the controller sends a resource analysis disqualification signal to the server, and the server relocates the position of the information exhibition; the frequency of the personnel reciprocating in the method is expressed as the frequency that the personnel travel away from the corresponding area and return to the area, the highest residence time of the personnel is collected through resource analysis, the configuration effect of the resources can be well reflected, the average residence time of the collected personnel is displayed and positioned, the maximum personnel flowing is ensured, and meanwhile, the area with reasonable display and positioning is analyzed to the greatest extent.
The formulas are all formulas obtained by collecting a large amount of data for software simulation and selecting a formula close to a true value, and coefficients in the formulas are set by a person skilled in the art according to actual conditions;
when the intelligent interaction system is used, the information exhibition is managed through the exhibition analysis platform, and the exhibition positioning unit is used for determining the position of the information exhibition; performing influence analysis on a preset display area through an influence analysis unit; screening out a display position setting area through analysis, sending the display position setting area to a server, and carrying out layout planning on display positions corresponding to display positions through a layout planning unit; the exhibition analysis platform generates a conference analysis signal and sends the conference analysis signal and the exhibition setting area to the conference service platform, the conference service platform is used for monitoring and analyzing the conference area, and the personnel analysis unit is used for analyzing the personnel in the conference area; and analyzing the actual display effect of the display setting area through a resource analysis unit.
The preferred embodiments of the invention disclosed above are intended only to assist in the explanation of the invention. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise form disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best understand and utilize the invention. The invention is limited only by the claims and the full scope and equivalents thereof.
Claims (3)
1. The intelligent interaction system for the exhibition showing and conference service is characterized by comprising an intelligent interaction platform, wherein an exhibition analysis platform and a conference service platform are arranged in the intelligent interaction platform, a server is arranged in the exhibition analysis platform, and the server is in communication connection with a showing and positioning unit, a layout planning unit and an influence analysis unit; a controller is arranged in the conference service platform and is in communication connection with a personnel analysis unit and a resource analysis unit;
the information display is managed through the display analysis platform, the server generates a display positioning signal and sends the display positioning signal to the display positioning unit, and the display positioning unit is used for determining the position of the information display; the method comprises the steps that a preset booth area and a non-booth area are selected through analysis, the preset booth area and the non-booth area are sent to a server, after the server receives the preset booth area and the non-booth area, an influence analysis signal is generated, the influence analysis signal and the preset booth area are sent to an influence analysis unit together, and influence analysis is conducted on the preset booth area through the influence analysis unit; the method comprises the steps of screening a display position setting area through analysis, sending the display position setting area to a server, setting display positions in the display position setting area after the server receives the display position setting area, generating layout planning signals, sending the layout planning signals and the display positions to a layout planning unit, and carrying out layout planning on display positions corresponding to the display positions through the layout planning unit;
the exhibition analysis platform generates a conference analysis signal and sends the conference analysis signal and a display position setting area to the conference service platform, the conference service platform is used for monitoring and analyzing the conference area, the controller generates a personnel analysis signal and sends the personnel analysis signal to the personnel analysis unit, and personnel in the conference area are analyzed through the personnel analysis unit; analyzing the actual display effect of the display setting area through a resource analysis unit;
the display positioning process of the display positioning unit is as follows:
dividing a conference area into i subareas, wherein i is a natural number larger than 1, collecting the number of pedestrians passing through each subarea per minute and the average stay time corresponding to the pedestrians passing through each subarea, and marking the number of pedestrians passing through each minutes of the subarea and the average stay time corresponding to the pedestrians passing through each subarea as XRi and SCi; by the formulaObtaining a positioning analysis coefficient Xi of each subarea, wherein a1 and a2 are preset proportionality coefficients, and a1 is more than a2 is more than 0; comparing the positioning analysis coefficients of the subareas with a positioning analysis coefficient threshold value:
if the positioning analysis coefficient of the subarea is more than or equal to the positioning analysis coefficient threshold, marking the corresponding subarea as a preset display area, and sending the preset display area to a server; if the positioning analysis coefficient of the subarea is smaller than the positioning analysis coefficient threshold value, marking the corresponding subarea as a non-booth area, and sending the non-booth area to a server;
the impact analysis process of the impact analysis unit is as follows:
setting the reference number o, o as a natural number larger than 1 in the preset booth area, collecting the difference value between the ambient light brightness and booth brightness in the preset booth area, and marking the difference value between the ambient light brightness and booth brightness in the preset booth area as LDCo; collecting the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value, and marking the time length when the environmental decibel value in the preset booth area is lower than the booth decibel value as FBZo;
comparing the difference LDCo between the brightness of the ambient light in the preset booth area and the booth brightness with the time length FBZo between the ambient light in the preset booth area and the booth decibel value lower than the booth decibel value with a brightness difference threshold and a time length threshold respectively: if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is larger than a brightness difference threshold, or the duration FBZo of the ambient decibel value lower than the booth decibel value in the preset booth area is larger than a duration threshold, judging that the corresponding preset booth area is not suitable for setting the booth, and marking the corresponding preset booth area as a booth influence area; if the difference LDCo between the brightness of the ambient light in the preset booth area and the brightness of the booth is smaller than a brightness difference threshold, or the duration FBZo of the ambient decibel value in the preset booth area lower than the booth decibel value is smaller than a duration threshold, judging that the corresponding preset booth area is suitable for setting the booth, and marking the corresponding preset booth area as a booth setting area; transmitting the display setting area to a server;
the layout planning process of the layout planning unit is as follows:
setting a display information setting label k of a display position corresponding to the display position setting area, wherein k is a natural number larger than 1; acquiring the frequency of displaying the display information of the display position and the number of the display information receiving evaluations, and marking the frequency of displaying the display information of the display position and the number of the display information receiving evaluations as PLk and SLk respectively; by the formulaObtaining an analysis coefficient Ck of display information corresponding to the display position, wherein b1 and b2 are preset proportional coefficients, b1 is more than b2 is more than 0, and beta is an error correction factor;
comparing the analysis coefficient of the display information corresponding to the display position with an analysis coefficient threshold value:
if the analysis coefficient of the display position corresponding to the display information is more than or equal to the analysis coefficient threshold value, marking the corresponding display information as main display information; if the analysis coefficient of the display position corresponding display information is smaller than the analysis coefficient threshold value, marking the corresponding display information as secondary display information; transmitting the primary display information and the secondary display information to a server; after the server receives the main display information and the secondary display information, dividing the display position into a main display position and a secondary display position, wherein the area of the main display position is larger than that of the secondary display position, the main display information and the secondary display information are respectively and correspondingly distributed with the main display position and the secondary display position, the main display information corresponding to the central position in the main display position is sequentially distributed according to the sequence of the corresponding analysis coefficient values from large to small, and the secondary display information corresponding to the central position in the secondary display position is sequentially distributed according to the sequence of the corresponding analysis coefficient values from large to small.
2. An intelligent interactive system for exhibition presentation and conference services according to claim 1, wherein the personnel analysis process of the personnel analysis unit is as follows:
collecting the number of inquired people and the inquiry frequency of each piece of display information in the meeting area, and comparing the number of inquired people and the inquiry frequency of each piece of display information in the meeting area with an inquired number threshold value and an inquiry frequency threshold value respectively: if the number of people and the query frequency of the information displayed in the conference area are both greater than the corresponding threshold value, marking the corresponding display information as conference hot information; if the number of people and the query frequency of the information displayed in the conference area are smaller than the corresponding threshold value, marking the corresponding display information as conference cold information;
if the conference hot information is the main display information and the conference cold information is the secondary display information, judging that the layout of the display position is qualified, generating a layout qualified signal and sending the layout qualified signal to the controller; if the conference hot information is the secondary display information or the conference cold information is the main display information, judging that the display position layout is unqualified, generating a layout unqualified signal and sending the layout unqualified signal to the controller, and after receiving the layout unqualified signal, generating a layout reforming signal and sending the layout reforming signal to the server by the controller.
3. An intelligent interactive system for exhibition presentation and conference services according to claim 1, wherein the resource analysis procedure of the resource analysis unit is as follows:
the method comprises the steps of collecting the highest residence time and the reciprocating frequency of the personnel in a display setting area, and comparing the highest residence time and the reciprocating frequency of the personnel in the display setting area with a residence time threshold and a reciprocating frequency threshold respectively: if the highest residence time of the personnel in the display setting area and the personnel reciprocating frequency are both greater than the corresponding threshold values, generating a resource analysis qualified signal and sending the resource analysis qualified signal to the controller; if any value of the highest residence time of the personnel in the display setting area and the reciprocating frequency of the personnel is smaller than the corresponding threshold value, generating a resource analysis disqualification signal and sending the resource analysis disqualification signal to the controller; the controller sends a resource analysis disqualification signal to the server, and the server relocates the position of the information exhibition.
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