An AIGC-based digital convention and exhibition creative cloud system platform

Abstract

This application relates to the field of digital exhibition technology, and discloses a digital exhibition creative cloud system platform based on AIGC. The platform uses PHP, JavaScript, and MySQL as core technologies, is built on the Yii2 framework and MVC architecture, and completes computing tasks in the cloud. It supports three-level decentralized management for administrators, teachers, and students. The platform integrates 13 functional modules, relying on the AIGC text-to-image model to achieve intelligent generation of exhibition creative designs, integrates full-process operation and maintenance management functions for digital exhibitions, and adds a simulation testing module adapted to the teaching of exhibition majors in universities. This platform can consolidate students' professional knowledge, improve their practical skills, and can also be directly applied to practical exhibition organization in social practice, effectively reducing the teaching and management costs of universities, and possessing both teaching attributes and practical value.

Description

Technical Field

[0001] This application relates to the field of digital exhibition technology, specifically to a digital exhibition creative cloud system platform based on AIGC. Background Technology

[0002] With the rapid development of the digital economy, digital exhibitions are gradually replacing some functions of traditional offline exhibitions, becoming an important platform for enterprises to showcase products, expand markets, and exchange cooperation. Existing digital exhibition systems largely rely on manual labor for creative tasks such as exhibition hall layout planning, poster / invitation production, exhibition material design, and booth rendering, resulting in low design efficiency, severe homogenization of creative ideas, and fragmented management processes. Furthermore, existing systems suffer from poor data interoperability between functional modules, making efficient collaborative management of the entire exhibition process difficult. Moreover, existing exhibition material storage modules often only have basic storage functions, lacking targeted mechanisms for storing and downloading exhibition renderings, leading to a poor experience for exhibitors and high management costs for organizers.

[0003] AIGC (Artificial Intelligence Generated Content) technology, with its efficient content generation capabilities, demonstrates significant advantages in the field of creative design. Integrating AIGC technology into digital exhibition systems can effectively improve the efficiency and quality of creative design. However, currently, there is no system platform that deeply integrates AIGC technology with the entire digital exhibition management process, and possesses comprehensive poster / invitation design functions and professional exhibition material storage and download capabilities. This fails to meet the market's demand for efficient creative design and precise management of digital exhibitions. Specifically, there is a need for a teaching-oriented yet practical system platform for university exhibition-related majors that integrates hands-on practice into the curriculum. Therefore, there is an urgent need for an AIGC-based digital exhibition creative cloud system platform to address the aforementioned problems with existing technologies. Summary of the Invention

[0004] In view of the shortcomings of the existing technology, the purpose of this invention is to provide a digital exhibition creative cloud system platform based on AIGC to solve the problems mentioned in the background technology.

[0005] According to one aspect of this application, a digital exhibition creative cloud system platform based on AIGC includes 13 functional modules, such as a digital exhibition hall design module, a poster / invitation design module, a work permit design module, a table card design module, an exhibition rendering design module, an exhibition material library module, a simulation test module, a supplier management module, an exhibition site management module, an exhibition business management module, a digital content management module, a customer relationship management module, and an enterprise resource management module. The Wenshengtu large-scale model module utilizes a pre-trained large-scale model based on the Transformer architecture. Through fine-tuning and optimization of massive amounts of exhibition-related design data, it possesses functions such as image generation, layout planning, and content creation, providing intelligent generation support for the digital exhibition hall design module, poster / invitation design module, work badge design module, table card design module, and exhibition rendering design module. The digital exhibition hall design module, based on different input parameters (including exhibition hall parameters, forum area parameters, catering area parameters, negotiation area parameters, stage area parameters, and booth parameters—a total of 6 related parameters), uses the Wenshengtu large-scale model to generate various styles of exhibition hall layout diagrams, which can be downloaded locally. The poster / invitation design module provides 10 design templates in 5 styles (2 different styles for each style), and can generate various styles of posters / invitations based on different input parameters (including theme, English theme, subtitle, English subtitle, time, address, font size, font style, and font color—a total of 9 parameters), using the Wenshengtu large-scale model, which can also be downloaded locally. The system includes: a work permit design module with 25 templates in 5 styles (5 different styles for each style); a table name card design module with 10 templates in 5 styles (2 different styles for each style); an exhibition rendering module that generates various themed exhibition renderings based on text descriptions and a large Wenshengtu model, which can be downloaded locally; an exhibition resource library module that stores a large amount of exhibition-related materials and supports downloading; and a mock test module where teachers can manage teaching content and student grades, while students can access learning resources and submit test projects. The supplier management module primarily handles the creation and editing of exhibition suppliers, enabling them to view and manage their information. The exhibition site management module mainly implements the on-site QR code check-in function and provides data statistics on attendees to better understand their situation.The exhibition business management module primarily manages booth sales and allows users to view real-time business data for better understanding of booth sales performance. The digital content management module handles the publishing and viewing of exhibition announcements, official accounts, and videos to better monitor exhibition information. The customer relationship management module focuses on creating and managing booth clients to better track their participation. The enterprise resource management module provides comprehensive management of human, financial, and material resources for the exhibition organizer. This invention utilizes AIGC technology to achieve intelligent and efficient generation of digital exhibition creative designs. Combined with learning relevant exhibition knowledge, it integrates a full-process exhibition operation and maintenance management module. For university students majoring in exhibition management, this module reinforces their professional knowledge, improves their hands-on design efficiency and practical skills, and enriches their comprehensive abilities in exhibition operation and management. It not only meets the professional needs of teaching but also allows for practical application in social practice, reducing the cost of teaching management in universities, cultivating students' awareness of social service, and enhancing their ability to serve exhibitions.

[0006] Preferably, the digital exhibition hall design module will simulate the layout of the exhibition hall based on the exhibition type, scale, and standards. By inputting relevant parameters of the exhibition hall layout diagram and combining them with the generation rules of the layout diagram, it intelligently generates a top view of the exhibition hall, thereby facilitating a direct visual experience of the simulated exhibition site during the simulation training process, achieving better exhibition planning, and assisting in completing exhibition setup teaching. There are six main types of relevant parameters, including exhibition hall parameters, forum area parameters, catering area parameters, stage area parameters, negotiation area parameters, and booth parameters. By inputting each parameter and using the Wenshengtu large model, the exhibition hall layout diagram can be generated by clicking. After generating the exhibition hall layout diagram, it can be repeatedly generated an unlimited number of times by re-entering the parameters of each area. The newly generated exhibition hall layout diagram has a download function; by clicking the download button, the generated exhibition hall layout diagram can be downloaded to the local computer for saving and use.

[0007] Preferably, the poster / invitation design module stores 10 poster / invitation design templates in 5 styles. The poster / invitation design module includes a template customization generation unit and a preview / download unit. The customization generation unit generates various posters / invitations based on user-input customization requirements, including nine parameters: theme, English theme, subtitle, English subtitle, time, address, font size, font style, and font color. Using the Wenshengtu large model, it generates posters / invitations in different styles. The template preview / download unit allows users to select the desired design template, view the generated customized posters / invitations, and download them to their local computer for saving and use as needed.

[0008] Preferably, the work pass design module stores 25 work pass design templates in 5 styles, including 5 types of badges: work pass, guest badge, visitor badge, exhibitor badge, and media badge. The work pass design module includes a template customization generation unit and a preview / download unit. The customization generation unit generates various work passes in different styles based on user-input customization requirements, including 7 parameters: theme, organization, name, position, font size, font style, and font color. The template preview / download unit allows users to select the desired design template, view the generated customized work pass, and download it to their local computer for saving and use as needed.

[0009] Preferably, the table nameplate design module stores 10 table nameplate design templates in 5 styles. The table nameplate design module includes a template customization generation unit and a preview / download unit. The customization generation unit generates various table nameplates in different styles based on the user's input customization requirements, including 7 parameters such as theme, name, English name, organization, font size, font style, and font color. The template preview / download unit allows the user to select the desired design template, view the generated customized table nameplate, and download it to their local computer for saving and use as needed.

[0010] Preferably, the exhibition rendering design module generates various exhibition renderings with different themes and styles by inputting text descriptions and using a large-scale model. This function is currently only available to teachers and administrators.

[0011] Preferably, the exhibition material library module stores various exhibition material design drawings, booth effect design drawings, and other materials, so that students can more comprehensively and intuitively experience the booth effect styles of different themes and types.

[0012] Preferably, the simulation testing module is divided into an administrator terminal, a teacher terminal, and a student terminal, each with different permissions. Specifically: the administrator terminal is mainly used to upload and publish exhibition knowledge point questions; the teacher terminal is mainly used to create test projects and view the class report cards of the classes under their jurisdiction; and the student terminal is mainly used for self-testing using the exhibition knowledge point question bank, participating in test projects, and consolidating knowledge points.

[0013] Preferably, the supplier management module stores supplier name, supplier type, review status, contact person, position, contact number, contact email, contact address, cooperation status, cooperation process, review status, and remarks details. The supplier management module has creation and viewing functions for teachers and students, and administrators can also delete the above supplier information.

[0014] Preferably, the exhibition site management module includes a data collection unit and a display unit. The data collection unit uses a QR code scanning function to collect exhibition-related data, including name, academic year, class, student ID, role (visitor, exhibitor, media, staff), summit forum (forum visitor, forum guest, forum staff), and messages. The display unit displays the real-time number of exhibitors, the real-time number of forum participants, and the peak number of real-time exhibitors. The exhibition site management module also has a visitor message area to receive and store visitor message information, mainly including the visitor, message details, and reply details. The reply details can only be published by the administrator.

[0015] Preferably, the exhibition business management module includes a booth status identification unit, a data statistics unit, and a booth reservation unit. The booth status identification unit is used to generate a dynamic booth management map, which includes icons for booths for sale, booths sold, and booths reserved. The data statistics unit is used to collect and display real-time booth data and real-time booth revenue data. The booth reservation unit is used to create booth reservation orders.

[0016] Preferably, the digital content management module includes a content editing unit and a content publishing unit. The content editing unit has the functions of creating, viewing, and modifying content. The content publishing unit is used to publish digital exhibition-related content in the form of message announcements, WeChat official account articles, and videos.

[0017] Preferably, the customer relationship management module stores customer name, customer type, customer source, contact person, job title, contact number, transaction status, order location, transaction amount, attribution, transaction time, and follow-up status. The customer relationship management module has the operation functions of creating and viewing the above customer information for teachers and students, and the administrator can also delete the above customer relationship information.

[0018] Preferably, the Enterprise Resource Management module stores customer name, order status, contact person, job title, contact number, email address, contact address, ordered booth, payment amount, order date, payment voucher, payment time, contract information, transaction attribution, company tax number, bank, corporate account, company phone number, invoice type, invoice information, payment method, receipt method, courier company, tracking number, and receipt status information. Furthermore, the Enterprise Resource Management module provides teachers and students with the ability to view, edit, void, and delete the aforementioned order information they created. Administrators can also delete all information created by all users in the Enterprise Resource Management module.

[0019] Preferably, the system platform implements multi-account login functionality, supporting hierarchical management for backend administrators, teachers, and students. Through the role-based access control module, teachers can manage teaching-related content and student grades, while students can access learning resources and submit test projects. Administrators can perform higher-level operations on system content, including but not limited to modifying account permissions (changing to teacher or student permissions, and batch uploading student accounts), managing exhibition-related materials (creating, modifying, and deleting materials), managing exhibition orders (creating, editing, invalidating, and deleting), creating and editing exhibition-related knowledge points and questions, and editing and deleting published content (message content, supplier information, etc.). The system is developed using PHP, JavaScript, and MySQL as its three core technologies, built using the Yii2 framework, and follows the MVC architecture pattern. Related computing tasks are completed in the cloud, reducing dependence on hardware. Cloud processing not only reduces hardware costs but also improves the system's flexibility and scalability.

[0020] The advantages of this application compared to existing technologies are:

[0021] 1. This invention, by setting up a large model module for text-based image data and combining it with modules for digital exhibition hall design, poster / invitation design, work permit design, table card design, and exhibition rendering design, achieves intelligent generation of digital exhibition creative designs, significantly improving design efficiency, reducing manual design costs, enriching design creativity, and avoiding the problem of homogenization.

[0022] 2. This invention integrates the functional modules of the entire digital exhibition process, enabling data exchange and collaborative work between the modules. It achieves full-process coverage from creative design, supplier management, on-site management to business management, customer management, and enterprise resource management, thereby improving the synergy and efficiency of digital exhibition management.

[0023] 3. This invention combines the teaching content of exhibition-related majors in colleges and universities with the addition of a simulation test module as a knowledge module for practicing and continuously consolidating exhibition-related knowledge points, so as to improve students' learning and accumulation of knowledge points in the process of professional exhibition organization. At the same time, it also has the ability to undertake social exhibition organization, and can collect relevant information from offline exhibition organization to the system platform, which can be used as a typical case for later teaching.

[0024] 4. Each management module has comprehensive information management and operation functions, supporting real-time information updates, statistical queries, and access control, ensuring information security and accuracy, providing precise management data support, and enhancing the experience of holding a real exhibition during the teaching process. Attached Figure Description

[0025] Figure 1This is a structural block diagram of a digital exhibition creative cloud system platform based on AIGC, according to an embodiment of this application. Detailed Implementation

[0026] To make the content of this application easier to understand, the technical solutions in the embodiments of this application will be clearly and completely described below with reference to the accompanying drawings.

[0027] like Figure 1As shown, a digital exhibition creative cloud system platform based on AIGC includes 13 functional modules: digital exhibition hall design module, poster / invitation design module, work permit design module, table card design module, exhibition rendering design module, exhibition material library module, simulation test module, supplier management module, exhibition site management module, exhibition business management module, digital content management module, customer relationship management module, and enterprise resource management module. The digital exhibition hall design module generates various exhibition hall layouts using a large-scale model from Wenshengtu, based on six input parameters: exhibition hall parameters, forum area parameters, catering area parameters, negotiation area parameters, stage area parameters, and booth parameters. These layouts can be downloaded locally. The poster / invitation design module offers 10 design templates in 5 styles (2 different styles per style). It also generates various poster / invitation templates based on nine input parameters: theme, English theme, subtitle, English subtitle, time, address, font size, font style, and font color. These templates can be downloaded locally. The work badge design module offers 25 design templates in 5 styles (5 different styles per style). It also generates templates based on nine input parameters: theme, organization, etc. The system includes several modules: Name, Job Title, Font Size, Font Style, and Font Color (7 parameters in total), which generate various styles of work badges using a large-scale model and can be downloaded locally; Table Card Design Module, providing 10 design templates in 5 styles (2 different styles for each style), which can generate various table cards based on input parameters including theme, name, English name, company, font size, font style, and font color (7 parameters in total), and can be downloaded locally; Exhibition Rendering Design Module, which generates various themed exhibition renderings based on input text descriptions using a large-scale model and can be downloaded locally; Exhibition Material Library Module, which stores a large amount of exhibition-related materials and supports downloading; Simulation Test Module, which allows teachers to manage teaching content and student grades, while students can access learning resources and submit test projects; Supplier Management Module, which mainly focuses on the creation and editing of exhibition suppliers, enabling them to view and manage suppliers; and Exhibition On-site Management Module, which mainly implements the on-site QR code check-in function and collects data on attendees to better understand their situation. The exhibition business management module primarily manages booth sales and allows users to view real-time business data for better understanding of booth sales performance. The digital content management module focuses on publishing and viewing exhibition announcements, official WeChat accounts, and videos to better track exhibition information. The customer relationship management module is mainly for creating and managing booth clients to better understand their participation in the exhibition.The Enterprise Resource Management module is mainly used to achieve overall management of human, financial, and material resources for exhibition organizers.

[0028] The multi-account login module supports hierarchical management for backend administrators, teachers, and students. Through the role-based access control module, teachers can manage teaching-related content and student grades, while students can access learning resources and submit test projects. Administrators can perform higher-level operations on system content, including but not limited to modifying account permissions (changing to teacher or student permissions, and batch uploading student accounts), managing exhibition-related materials (creating, modifying, and deleting materials), managing exhibition orders (creating, editing, invalidating, and deleting), creating and editing exhibition-related knowledge points and questions, and editing and deleting published content (message content, supplier information, etc.).

[0029] The Wenshengtu large model module adopts a pre-trained large model based on the Transformer architecture. Through fine-tuning and optimization of massive exhibition-related design data, it has functions such as image generation, layout planning, and content creation, providing intelligent generation support for digital exhibition hall design module, poster / invitation design module, work permit design module, table card design module, and exhibition rendering design module.

[0030] In one embodiment, the digital exhibition hall design module includes a parameter input unit and a layout generation unit. The parameter input unit uses a visual interactive interface, allowing users to input basic parameters such as the length and width of the exhibition hall, the number and length and width of the forum area, the length and width of the catering area, the length and width of the negotiation area, the length and width of the stage area, and the number of rows of booths (whether custom-designed or standard). After receiving the user-input parameters, the layout generation unit calls upon the basic exhibition hall model materials in the exhibition material library module and automatically generates the exhibition hall layout using the large model provided by Wenshengtu. Based on this, parameters can be fine-tuned for real-time display, and a reset is also supported. A reset deletes the previously designed exhibition hall layout, allowing for redesign. The exhibition hall rendering can be downloaded to the local device for later use.

[0031] In one embodiment, the poster / invitation design module includes a template storage unit, a customization generation unit, a template selection unit, and an image preview / download unit. The template storage unit stores 10 poster / invitation design templates in 5 styles, covering five style types: technology expo, tourism expo, e-commerce expo, wedding expo, and agricultural expo. Each style type has two different styles. The templates include a standardized image display area module and a non-standardized information display area module. The non-standardized information display area includes a theme area, an English theme area, a subtitle, an English subtitle area, a time area, and an address area. The customization generation unit receives user input for customization requests, including text content, font size, font style, and font color, and generates customized posters / invitations using the image generation model of the text-to-image model module. The generated posters / invitations support secondary editing by users, and the edited requests can be further optimized and generated. The template selection unit uses a visual interface to display 10 style templates, allowing users to select the desired template based on style, purpose, and other conditions. The image preview / download unit allows users to preview the generated poster / invitation design and download it locally for later use.

[0032] In one embodiment, the work pass design module includes a template storage unit, a customization generation unit, a template selection unit, and an image preview / download unit. The template storage unit stores 25 work pass design templates in 5 styles, covering five style types: technology expo, tourism expo, e-commerce expo, wedding expo, and agricultural expo. Each style type has 5 different styles, primarily including work passes, guest passes, visitor passes, exhibitor passes, and media passes. The templates include a standardized image display area module and a non-standardized information display area module. The non-standardized information display area includes a pass type area, a theme area, a unit area, a name area, and a position area. The customization generation unit receives user input for customization requests, including text content, font size, font style, and font color, and generates customized work passes using the image generation model of the text-to-image model module. The generated work permits support secondary editing by users, and the edited requirements can be optimized and generated again; the template selection unit uses a visual interface to display 25 style templates, allowing users to select the desired template based on style, purpose, and other conditions; the image preview / download unit allows users to preview the generated work permit design and download it to their local device for saving and use.

[0033] In one embodiment, the table sign design module includes a template storage unit, a customization generation unit, a template selection unit, and an image preview / download unit. The template storage unit stores 10 table sign design templates in 5 styles, covering five style types: technology expo, tourism expo, e-commerce expo, wedding expo, and agricultural expo. Each style type has two different styles. The templates include a standardized image display area module and a non-standardized information display area module. The non-standardized information display area includes a theme area, a name area, an English name area, and a company area. The customization generation unit receives user input for customization requirements, including text content, font size, font style, and font color, and generates customized table signs using the image generation model of the text-to-image model module. The generated table signs support secondary editing by users, and the edited requirements can be further optimized for generation. The template selection unit uses a visual interface to display 10 style templates, allowing users to select the desired template based on style, purpose, and other conditions. The image preview / download unit allows users to preview the generated table sign design and download it locally for later use.

[0034] In one embodiment, the exhibition rendering design module includes a material retrieval unit and an image generation unit. The material retrieval unit extracts matching style and element materials from the exhibition material library module; the image generation unit inputs exhibition-related image materials and user-defined style requirements into the Wenshengtu large model module, and generates the exhibition rendering through the image generation model of the Wenshengtu large model module. Users can then make secondary adjustments to the style, color, and elements of the generated exhibition rendering. These adjustments are then input back into the Wenshengtu large model module to generate an optimized exhibition rendering.

[0035] In one embodiment, the exhibition material library module employs a distributed storage architecture to store material design materials related to digital exhibitions and a large number of booth renderings. The material design materials include exhibition posters, banners, road flags, floor stickers, raffle boxes, telephone cone stickers, entrance signs, gift bags, etc., while the booth renderings include renderings of different booth types and styles. The material library module supports material preview and download functions for teachers and students, and also provides material upload and deletion functions for administrators.

[0036] In one embodiment, the simulation testing module is divided into a multi-terminal login module, a knowledge point question and test project management module, and a score statistics module. The multi-terminal login module includes an administrator terminal, a teacher terminal, and a student terminal, each with different permissions. Specifically: the administrator terminal is mainly used to upload and publish exhibition knowledge point questions; the teacher terminal is mainly used to create test projects and view the grade sheets of the classes under their jurisdiction; and the student terminal is mainly used for self-testing in the exhibition knowledge point question bank, participating in test projects, and consolidating knowledge points. The knowledge point question and test project management module primarily grants permissions to the administrator and teacher terminals. It allows them to create new exhibition-related knowledge point questions to the question bank, select corresponding questions from the question bank, set corresponding scores, and then create new test projects to periodically assess students' mastery of exhibition-related knowledge points. The score statistics module is primarily for student-side access. After a student answers each question and submits the test, the system determines whether the answer is correct based on the correct answers in the question bank. Combined with the corresponding score given by the teacher when creating the test, the system calculates each student's current test score for the teacher to review. This allows teachers to understand and adjust their teaching plans based on the class's overall score and each student's individual score, enabling them to provide targeted, differentiated instruction. This approach effectively strengthens students' mastery of their strengths while simultaneously improving their understanding of their weaknesses.

[0037] In one embodiment, the supplier management module uses a database to store supplier information, including supplier name, supplier type, contact person, position, contact number, contact email, contact address, cooperation status, cooperation level, review status, and remarks. The module provides information entry and viewing functions for teachers and students, while only administrators have a deletion function to ensure information security. Simultaneously, the module supports filtering and statistical analysis of suppliers based on criteria such as supplier name, supplier type, cooperation status, cooperation level, and review status, facilitating the management of cooperating suppliers.

[0038] In one embodiment, the exhibition site management module includes a data acquisition unit, a data processing unit, and a display unit. The data acquisition unit collects real-time data such as the number of exhibitors and forum participants through multiple channels, including IoT devices and user terminals. The collected data can be cleared by resetting the QR code, allowing for re-collection. The data processing unit cleans and statistically analyzes the collected data, generating real-time graphs of exhibitor numbers, forum participants, and peak exhibitor numbers, using visual formats such as pie charts and bar charts. The display unit displays these graphs in real-time through a cloud platform interface, facilitating real-time monitoring of the exhibition site. Furthermore, the module includes a visitor message area, allowing visitors to submit messages via their devices. These messages are stored in a database and can be viewed by the organizer in real-time; however, only administrators have the option to reply to messages.

[0039] In one embodiment, the exhibition business management module includes a booth management unit, a revenue statistics unit, and a booth reservation unit. The booth management unit manages booth information and generates a dynamic booth management map, where icons for booths for sale, sold booths, and reserved booths are distinguished by different colors and symbols for easy and intuitive viewing of booth status. The booth management unit supports real-time updates of booth information; when a booth's status changes, the dynamic booth management map will update synchronously. The revenue statistics unit compiles real-time booth sales data, generating real-time booth data and real-time booth revenue data, including revenue from sold booths and pre-paid amounts for reserved booths. The booth reservation unit is used to create booth reservation orders.

[0040] In one embodiment, the digital content management module includes a content creation unit, a content editing unit, and a content publishing unit. The content creation unit supports generating content such as message announcements, WeChat official account articles, and videos, and supports image and video upload functions. Users can perform secondary editing on the generated content. The content editing unit has the function of viewing and modifying published content. The content publishing unit is used to publish the edited content in the form of message announcements, WeChat official account articles, and videos.

[0041] In one embodiment, the Customer Relationship Management (CRM) module uses a CRM database to store customer information, including customer name, customer type, customer source, contact person, job title, contact number, transaction status, order location, transaction amount, attribution, transaction time, and follow-up status. The module provides information entry, viewing, and editing functions for teachers and students, and information deletion functions for administrators to ensure information security. The module supports customer classification and management based on customer name, customer type, customer source, transaction status, and other criteria, facilitating understanding and maintenance of customer relationships and improving customer service quality.

[0042] In one embodiment, the Enterprise Resource Management (ERP) module uses an order management database to store enterprise resource-related information, including customer name, order status, contact person, job title, contact number, email address, contact address, ordered booth, payment amount, order date, payment voucher, payment time, contract information, transaction attribution, company tax number, bank account, corporate account, company phone number, invoice type, invoice information, payment method, delivery method, courier company, tracking number, and delivery status. Teachers and students have the ability to view, edit, void, and delete the order information they created. Administrators can also delete all information created by all users in the ERP system. The module supports statistical queries of order information and allows for customer classification and management based on criteria such as order name, order date, transaction attribution, and order status, providing data support for enterprise resource planning and decision-making.

[0043] The above embodiments are only used to illustrate the technical solutions of the embodiments of this application, and are not intended to limit them. Although the embodiments of this application have been described in detail with reference to the foregoing embodiments, those skilled in the art should understand that modifications can still be made to the technical solutions described in the foregoing embodiments, or equivalent substitutions can be made to some of the technical features, without departing from the spirit and scope defined by the claims of this application.

Claims

1. A digital exhibition creative cloud system platform based on AIGC, characterized in that, The system includes an AIGC text-based image model module and interconnected modules for digital exhibition hall design, poster / invitation design, work pass design, table sign design, exhibition rendering design, and exhibition material library. It also includes interconnected modules for simulation testing, supplier management, exhibition site management, exhibition business management, digital content management, customer relationship management, and enterprise resource management. The text-based image model module uses a pre-trained large model based on the Transformer architecture. Through fine-tuning and optimization of massive amounts of exhibition-related design data, it possesses functions such as image generation, layout planning, and content creation, providing intelligent generation support for the digital exhibition hall design module, poster / invitation design module, work pass design module, table sign design module, and exhibition rendering design module. The digital exhibition hall design module generates various exhibition hall layouts using a large-scale Wenshengtu model, based on six parameters: exhibition hall parameters, forum area parameters, catering area parameters, negotiation area parameters, stage area parameters, and booth parameters. These layouts can be downloaded locally. The poster / invitation design module provides 10 design templates in 5 styles. It generates various posters / invitations using a large-scale Wenshengtu model, based on nine parameters: theme, English theme, subtitle, English subtitle, time, address, font size, font style, and font color. These templates can also be downloaded locally. The work badge design module provides 25 design templates in 5 styles. It generates various work badges using a large-scale Wenshengtu model, based on seven parameters: theme, company, name, position, font size, font style, and font color. Download to local storage; the table sign design module provides 10 design templates in 5 styles, generating various table signs based on 7 parameters (theme, name, English name, company, font size, font style, and font color) using the Wenshengtu large model, and supports downloading to local storage; the exhibition rendering design module generates various exhibition renderings with different themes and styles by inputting text descriptions using the Wenshengtu large model, and supports downloading to local storage; the exhibition material library module stores a large number of exhibition-related materials and supports downloading; the simulation test module realizes functions for teacher teaching management and student learning testing; the supplier management module realizes the creation, editing, viewing, and management of exhibition suppliers; the exhibition site management module realizes on-site QR code check-in and exhibitor data statistics management; the exhibition business management module realizes booth sales management and real-time business data viewing; The digital content management module enables the publishing and viewing of exhibition announcements, official accounts, and video-related content; the customer relationship management module enables the creation and management of booth customers; and the enterprise resource management module enables the overall management of the exhibition organizer's human, financial, and material resources. These 13 modules work together to achieve full-process management of digital exhibitions.

2. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The digital exhibition hall design module simulates the layout of the exhibition hall based on the exhibition type, scale, and standards. By inputting relevant parameters of the layout, and using the generation rules of the Wenshengtu large model, it intelligently generates a top view of the exhibition hall. This facilitates a direct visual experience of the simulated exhibition site during training, enabling better exhibition planning and assisting in exhibition setup instruction. There are six main parameters: exhibition hall parameters, forum area parameters, catering area parameters, stage area parameters, negotiation area parameters, and booth parameters. By inputting these parameters and using the Wenshengtu large model, the module generates the exhibition hall layout. After generating the layout, it can be repeatedly and unlimited times by re-entering the parameters for each area to regenerate a new layout. The newly generated layout has a download function; clicking the download button allows users to download the generated layout to their local computer for later use.

3. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The poster / invitation design module stores 10 poster / invitation design templates in 5 styles. The module includes a template customization generation unit and a preview / download unit. The customization generation unit, based on user input, includes 9 parameters: theme, English theme, subtitle, English subtitle, time, address, font size, font style, and font color. It uses a large-scale model to generate various posters / invitations. The template preview / download unit allows users to select the desired design template, view the generated customized poster / invitation, and download it to their local computer for later use. The work pass design module stores 25 work pass design templates in 5 styles, including 5 types of passes: work pass, guest pass, visitor pass, exhibitor pass, and media pass. The work pass design module also includes a template customization generation unit and a preview / download unit. The customization generation unit, based on user input... The system accepts user-input customization requests, including seven parameters: theme, organization, name, job title, font size, font style, and font color. Using a large-scale model, it generates various styles of work badges. The template preview / download unit allows users to select the desired design template, view the generated customized work badge, and download it to their local computer for later use. The table nameplate design module stores ten design templates in five styles. This module includes a template customization generation unit and a preview / download unit. The customization generation unit, based on user-input customization requests (including seven parameters: theme, name, English name, organization, font size, font style, and font color), generates various styles of table nameplates using a large-scale model. The template preview / download unit allows users to select the desired design template, view the generated customized table nameplate, and download it to their local computer for later use.

4. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The exhibition rendering design module allows users to input text descriptions and generate various themed exhibition renderings using a large-scale model. This feature is currently only available to teachers and administrators.

5. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The exhibition material library module stores various exhibition material design drawings, booth effect design drawings, and other materials, so that students can more comprehensively and intuitively experience the booth effect styles of different themes and types.

6. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The simulation testing module is divided into three terminals: administrator, teacher, and student, each with different permissions. Specifically: the administrator terminal is mainly used to upload and publish exhibition knowledge point questions; the teacher terminal is mainly used to create test projects and view the class report cards of the classes under their jurisdiction; and the student terminal is mainly used for self-testing using the exhibition knowledge point question bank, participating in test projects, and consolidating knowledge points.

7. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The supplier management module stores supplier name, supplier type, review status, contact person, job title, contact number, contact email, contact address, cooperation status, cooperation process, review status, and remarks details. This module allows both teachers and students to create and view supplier information, and administrators can delete such supplier information. The customer relationship management module stores customer name, customer type, customer source, contact person, job title, contact number, transaction status, order location, transaction amount, attribution, transaction time, and follow-up status. This module allows both teachers and students to create and view customer information, and administrators can delete such customer relationship information.

8. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The exhibition site management module includes a data collection unit and a display unit. The data collection unit uses QR code scanning to collect exhibition-related data, including name, academic year, class, student ID, role (visitor, exhibitor, media, staff), summit forum (forum visitor, forum guest, forum staff), and messages. The display unit shows real-time exhibition attendees, real-time forum attendees, and the peak number of real-time attendees. The exhibition site management module also has a visitor message area to receive and store visitor message information, mainly including visitor, message details, and reply details. Reply details can only be published by the administrator. The exhibition business management module includes a booth status identification unit, a data statistics unit, and a booth reservation unit. The booth status identification unit generates a dynamic booth management map, which includes icons for booths for sale, sold booths, and reserved booths. The data statistics unit compiles and displays real-time booth data and real-time booth revenue data. The booth reservation unit creates booth reservation orders.

9. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The digital content management module includes a content editing unit and a content publishing unit. The content editing unit has the functions of creating, viewing, and modifying content. The content publishing unit is used to publish digital exhibition-related content in the form of message announcements, WeChat official account articles, and videos. The Enterprise Resource Management module stores customer name, order status, contact person, job title, contact number, email address, contact address, ordered booth, payment amount, order date, payment voucher, payment time, contract information, transaction attribution, company tax number, bank, corporate account, company phone number, invoice type, invoice information, payment method, delivery method, courier company, tracking number, and delivery status information. Furthermore, the Enterprise Resource Management module provides teachers and students with the ability to view, edit, void, and delete the aforementioned order information created by themselves. Administrators can also delete all information created by all users in the Enterprise Resource Management module.

10. The AIGC-based digital exhibition creative cloud system platform according to claim 1, characterized in that, The system platform implements multi-account login functionality, supporting hierarchical management for backend administrators, teachers, and students. Through the role-based access control module, teachers can manage teaching-related content and student grades, while students can access learning resources and submit test projects. Administrators can perform higher-level operations on system content, including but not limited to modifying account permissions (changing to teacher or student permissions, and batch uploading student accounts), managing exhibition-related materials (creating, modifying, and deleting materials), managing exhibition orders (creating, editing, invalidating, and deleting), creating and editing exhibition-related knowledge points and questions, and editing and deleting published content (message content, supplier information, etc.). It is developed using PHP, JavaScript, and MySQL as its three core technologies, built using the Yii2 framework, and follows the MVC architecture pattern. Related computing tasks are completed in the cloud, reducing dependence on hardware. Cloud processing can not only reduce hardware costs, but also improve the flexibility and scalability of the system.

Images