Research on lightweight design and interaction technology of digital twin for smart construction sites
面向智能工地的数字孪生体轻量化与交互技术研究

摘要

数字孪生体技术在智能工地的应用越来越广泛，但现有的数字孪生体在精度和数据量上的需求较高，限制了其在实际工程项目中的普及。为解决这一问题，本文探讨了数字孪生体在智能工地中的轻量化设计与交互技术的创新方案。通过对数字孪生体模型的优化与精简，结合高效的交互技术，提出了一种适用于智能工地的数字孪生体轻量化方法，旨在提升数据处理效率、降低计算成本并优化用户体验。采用该方法能够有效提升智能工地管理的实时性与精确度，为智能工地的未来发展提供技术支持。

Abstract

The application of digital twin technology in smart construction sites has become increasingly widespread. However, existing digital twins have high requirements for precision and data volume, which limits their popularization in practical engineering projects. To address this issue, this paper explores innovative solutions for lightweight design and interaction technology of digital twins in smart construction sites. By optimizing and streamlining digital twin models and integrating efficient interaction technologies, a lightweight method of digital twin suitable for smart construction sites is proposed. This method aims to improve data processing efficiency, reduce computing costs, and optimize user experience. The application of this method can effectively enhance the real-time performance and accuracy of smart construction site management, providing technical support for the future development of smart construction sites.