HBIM and Digital Technologies for Architectural History and Heritage Conservation

This research establishes a deep interdisciplinary integration between cutting-edge innovative technologies and scholarly studies in architectural history and heritage conservation. By integrating HBIM, 3D scanning, and artificial intelligence technologies, it develops high-precision digital archives for historic buildings. Furthermore, emerging technologies including artificial intelligence, knowledge graphs, and extended reality (XR) are incorporated to establish a complete closed-loop process from physical documentation and surveying to cultural value interpretation.

The research goes beyond the documentation of historical information and geometric characteristics of buildings, and further investigates their underlying historical development, craftsmanship traditions, community memories, and cultural contexts. By combining the technological rationality of “digital twins” with the humanistic perspective of “cultural interpretation,” this interdisciplinary approach provides a robust data foundation for precise heritage conservation, scientific restoration, and dynamic monitoring. It further advances architectural history research from traditional documentary-based studies toward big-data-driven quantitative analysis and dynamic simulation, fostering a synergistic integration of technological innovation and academic research.

本研究将前沿创新技术与建筑史学、遗产保护等学术研究进行深度跨学科融合。深度融合HBIM、三维扫描与人工智能技术，构建历史建筑高精度数字档案。并引入人工智能、知识图谱及扩展现实（XR）等新兴技术，实现从物理测绘到价值阐释的完整闭环。我们不仅关注建筑的历史信息与几何特征，更深入挖掘其背后的历史沿革、营造技艺、社群记忆与文化语境。通过将技术理性的“数字孪生”与人文关怀的“文化释义”相结合。这种跨学科的结合不仅为遗产的精准保护、科学修缮与动态监测提供了坚实的数据支撑，更推动了建筑史学从传统的文献考证向基于大数据的量化分析与动态模拟跃升，实现技术创新与学术研究的跨界共生。