Virtualization of real-world assets : integrated research and application of multiple approaches

Abstract

This thesis research detailed discuss how real-world assets convert into digital assets by using virtualization. By analyze many technologies, including blueprint conversion, 3D scanning technology and artificial intelligence (AI) modeling tools, I explore the application and results of creating assets virtualization of these technologies. In the blueprint conversion aspects, mainly described how to convert architectural blueprint into 3D models by using BIM technology to manage medical facilities. For the 3D scanning technology, mainly discuss using photogrammetry and laser scanning generate high accurate digital twins in the museum. In addition, the thesis also detailed describe AI modelling tools, discussing how the Point·E systems generates detailed 3D models from text prompts, and how the Monster Mash systems can be used to quickly create animated 3D models from 2D sketches. At the same time the paper assesses the strengths and limitations of each technology and suggests possible improvements based on these limitations. These analyses not only reveal the current status and potential of each technology in virtualizing real-world assets, but also point to possible directions for future technological development.