An immersive virtual-real fusion interaction method for a travel and culture scene
By collecting and processing data on cultural and tourism attractions, generating scene cards, and building a related database, the problem of mismatch between attraction status data and audiovisual media files in smart cultural and tourism services has been solved. This has enabled stable triggering and dynamic updating of audiovisual media files, thereby improving the user experience.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- JIMEI UNIV
- Filing Date
- 2026-06-16
- Publication Date
- 2026-07-17
AI Technical Summary
In existing technologies for smart cultural tourism services, the lack of prior participation of attraction status data in trigger judgment and the fragmented confirmation links between geographical coordinate ranges and visual landmarks lead to problems such as mismatch between attraction status data and audiovisual media files, repeated triggering by user terminals, triggering even when passing by quickly, and unstable recognition of visual landmarks, making it difficult to meet the requirement of stable triggering of audiovisual media files.
The system collects scenic area data, visitor locations, environmental parameters, and equipment status from cultural and tourism attractions. Through data cleaning, noise reduction, compression, and dynamic change processing, it generates attraction status data. Based on this data, it performs GIS data association, geographic coordinate range division, visual landmark binding, and trigger condition configuration to generate scene cards and build an associated database. It receives data from user terminals, performs attraction status data judgment, geographic coordinate range matching, and visual landmark recognition, generates valid trigger commands, retrieves audiovisual media files, and sends them to user terminals to dynamically update attraction status data.
This system ensures that the triggering process of audiovisual media files is limited by the on-site location, visual scene, and scenic spot status data. This avoids the long-term correspondence of fixed content within the same geographical coordinate range, solves the problems of repeated triggering and rapid passage by user terminals, and ensures the correspondence and dynamic updates between audiovisual media files and scenic spot status data.
Smart Images
Figure CN122415952A_ABST