Cultural tourism companion interaction system based on ai and ar technology

Abstract

The application discloses a cultural tourism companion interactive system based on AI and AR technology. The system is composed of an AI dialogue subsystem, an AR scene construction subsystem and a data processing subsystem. The AI dialogue subsystem is based on a natural language processing model, realizes intelligent interaction with tourists, provides explanations and personalized route recommendations; the AR scene construction subsystem uses AR development tools and image recognition technology to present historical figures in AR form and interact with tourists; the data processing subsystem is responsible for collecting and processing scenic spot data to support other subsystems. The system has a "AI dialogue + AR check-in" dual-engine architecture, uses AI intelligent picture to 3D modeling technology, and is developed based on a zero code / low code development platform. Through multi-stage implementation, data collection and sorting, model training and optimization, application development, testing and online deployment optimization are completed, effectively improving the cultural tourism experience of tourists, promoting cultural heritage and tourism industry development, and having obvious innovation and practicality.

Description

Technical Field

[0001] This invention pertains to the application of artificial intelligence and augmented reality technologies in the field of cultural tourism. Specifically, it relates to a cultural tourism companion and interactive system built using AI and AR technologies, aiming to enhance tourists' cultural tourism experience and promote cultural heritage and the development of the tourism industry. Background Technology

[0002] The contradiction between cultural tourism market demand and traditional models: Against the backdrop of the integrated development of culture and tourism, tourists' demand for cultural tourism is growing, and they yearn to deeply understand the history, culture, and folk customs of tourist destinations. However, traditional tourism interpretation methods, such as oral explanations by tour guides and fixed display boards, are monotonous and lack interactivity, failing to provide personalized services based on tourists' interests and needs, and thus failing to meet tourists' pursuit of in-depth cultural experiences. Summary of the Invention

[0003] Technological advancements have brought opportunities for innovation in cultural tourism: AI technology has made significant progress in natural language processing, image recognition, and intelligent recommendation, enabling intelligent interaction with tourists and providing accurate explanations and personalized recommendations. AR technology can integrate virtual information with real-world scenes, creating vivid and intuitive tourism experiences for visitors, such as historical scene recreations and 3D displays of cultural relics. However, current tourism applications on the market have not fully utilized these technological advantages, offering relatively limited functionality and failing to meet the diverse needs of tourists for cultural tourism.

[0004] System Overall Architecture: The cultural tourism companion interaction system of this invention mainly consists of an AI dialogue subsystem, an AR scene construction subsystem, and a data processing subsystem. The AI ​​dialogue subsystem, based on a natural language processing model, is responsible for engaging in natural and fluent dialogue with tourists, answering various questions related to the scenic area, and recommending personalized travel routes and explanations based on tourists' browsing history and question preferences through a personalized recommendation module. The AR scene construction subsystem, using AR development tools, constructs 3D models of historical figures with rich movements and expressions. Combined with image recognition technology, when tourists scan specific patterns or buildings in the scenic area, the corresponding historical figures appear in the real-world scene in AR form, interacting with tourists, such as explaining the historical origins of the attractions and telling interesting stories. The data processing subsystem is responsible for collecting, cleaning, and classifying the scenic area's geographical information and historical and cultural data, constructing a structured database to provide accurate and rich data support for the AI ​​dialogue subsystem and the AR scene construction subsystem, ensuring that the system can accurately provide services.

[0005] Core Functionality: The system utilizes AI pattern recognition, satellite positioning, and background recognition technologies to obtain real-time information about the visitor's location and surrounding environment, enabling personalized travel guidance and explanations. For example, when a visitor is located in a palace within the Forbidden City, the system can automatically identify the location and push relevant historical knowledge, stories, and recommendations for nearby attractions. The integration of AR technology allows visitors to collect and interact with historical figures / NPCs, enhancing the travel experience. After scanning an attraction, AR historical figures not only appear to provide explanations but also interact with the visitor, such as answering questions or performing specific actions based on the visitor's instructions. Furthermore, the system offers a dual-mode approach: "location-triggered explanation + AR interactive check-in," and supports multilingual services, facilitating use by visitors from different countries and regions and improving the system's versatility and user experience.

[0006] Core Functionality: The system utilizes AI pattern recognition, satellite positioning, and background recognition technologies to obtain real-time information about the visitor's location and surrounding environment, enabling personalized travel guidance and explanations. For example, when a visitor is located in a palace within the Forbidden City, the system can automatically identify the location and push relevant historical knowledge, stories, and recommendations for nearby attractions. The integration of AR technology allows visitors to collect and interact with historical figures / NPCs, enhancing the travel experience. After scanning an attraction, AR historical figures not only appear to provide explanations but also interact with the visitor, such as answering questions or performing specific actions based on the visitor's instructions. Furthermore, the system offers a dual-mode approach: "location-triggered explanation + AR interactive check-in," and supports multilingual services, facilitating use by visitors from different countries and regions and improving the system's versatility and user experience. Attached Figure Description

[0007] Should Figure 1 It showcases the ideal product effect, achieving a scenario where users can meet historical figures through their mobile phone screen by integrating digital humans and AR technology. The figures will also engage in lively discussions and scenic spot explanations with tourists, similar to WeChat.

Claims

1. A cultural tourism companion interactive system based on AI and AR technologies, characterized in that, include: The AI ​​dialogue subsystem, developed based on a natural language processing model, is used to intelligently interact with tourists, answer their questions, provide explanations, and recommend personalized travel routes based on their browsing history and preferences.

2. AR Scene Construction Subsystem: This subsystem uses AR development tools to build 3D models of historical figures and uses image recognition technology to recognize scenic spots and buildings. When tourists scan specific attractions, the historical figures are presented in AR form and they can interact with the system.

3. The data processing subsystem collects geographic information and historical and cultural data of the scenic area, and after cleaning and classifying them, constructs a structured database to provide data support for the AI ​​dialogue subsystem and the AR scene construction subsystem.

4. The cultural tourism companion interactive system based on AI and AR technology according to claim 1, characterized in that, The AI ​​dialogue subsystem also includes a personalized recommendation module, which generates a cultural interest graph based on tourist behavior data to accurately recommend scenic route and explanation content.

5. The cultural tourism companion interactive system based on AI and AR technology according to claim 1, characterized in that, The AR scene construction subsystem has a dual mode of "location-triggered explanation + AR interactive check-in" and supports multi-language services.

6. The cultural tourism companion interactive system based on AI and AR technology according to claim 1, characterized in that, AI-powered image-to-3D modeling technology was used to create AR models of historical figures.

7. The cultural tourism companion interactive system based on AI and AR technology according to claim 1, characterized in that, System development is based on no-code / low-code development platforms to enable rapid feature iteration and resource expansion.

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