Digital Twin Implementation & Solutions

This research direction focuses on the implementation and solutions of digital twin technology, dedicated to constructing a real-time mapping and interaction system between the physical world and virtual space. The research scope encompasses: architectural design and deployment implementation of digital twin platforms, multi-source heterogeneous data fusion and real-time synchronization technologies, IoT-based physical entity sensing and virtual model driving, as well as application solutions of digital twins in intelligent building operations and maintenance, cultural heritage preservation, urban planning and management, and other domains. By developing practical digital twin implementation frameworks and technical pathways, the research aims to achieve full lifecycle digital management of physical entities, providing efficient and scalable solutions for scenarios such as smart cities, Industry 4.0, and digital cultural heritage, thereby promoting the transformation of digital twin technology from theoretical research to practical applications.

本研究方向专注于数字孪生技术的实施与解决方案，致力于构建物理世界与虚拟空间的实时映射与交互体系。研究内容涵盖：数字孪生平台的架构设计与部署实施、多源异构数据的融合与实时同步技术、基于物联网的物理实体感知与虚拟模型驱动、以及数字孪生在智能建筑运维、文化遗产保护、城市规划管理等领域的应用解决方案。通过开发可落地的数字孪生实施框架与技术路径，旨在实现物理实体的全生命周期数字化管理，为智慧城市、工业4.0、文化遗产数字化等场景提供高效、可扩展的解决方案，推动数字孪生技术从理论研究向实际应用的转化。