The application of scanning technology and spatial mapping technology in digital exhibition halls can provide a more realistic, interactive and in-depth visiting experience. We can use the following methods: 1. Virtual tour and panoramic display: Using scanning technology, a digital model of the exhibition hall can be created, including display areas, artworks, exhibits, etc. Such virtual models can be used to create virtual tours and panoramic displays, allowing visitors to explore the entire exhibition space online in 360 degrees. 2. Virtual reality (VR) and augmented reality (AR) experience: Using spatial mapping technology, precise positioning in virtual reality or augmented reality can be achieved. This can be used to create immersive VR exhibitions or overlay virtual elements onto the real world to provide richer interactions and experiences. 3. 3D exhibit display: Using scanning technology, high-precision 3D models of artworks or exhibits can be created. Such models can be presented interactively in a digital pavilion, allowing visitors to freely rotate, zoom in and out, and appreciate details up close. 4. Education and explanation: Using scanning technology, richer educational content can be provided in the digital exhibition hall. For example, scanned artifacts are combined with relevant historical information and multimedia educational materials to provide visitors with a deeper understanding. 5. Interactive map: Use spatial mapping technology to create an interactive map, allowing visitors to easily find different areas in the digital exhibition hall and understand the themes or exhibits in each area. Scanning technology and spatial mapping technology can greatly enrich the content of digital exhibition halls and provide a more interactive, immersive and educational visiting experience. This also helps attract a wider audience and enhances the quality and appeal of the exhibition.

Implemented by Center for Teaching and Learning Development
Date: 2023/10/02