云计算
弹性(材料科学)
智慧城市
建筑
应急管理
计算机科学
物联网
互联网
计算机安全
地理信息系统
信息管理
城市规划
工程类
关键基础设施
信息基础设施
风险管理
楼宇自动化
信息基础设施
建筑工程
系统工程
建筑信息建模
信息系统
公司治理
可持续发展
信息技术
信息物理系统
系统体系结构
心理弹性
建筑环境
风险分析(工程)
管理制度
智能传感器
信息模型
数字地图
决策支持系统
标识
DOI:10.5281/zenodo.22876711
摘要
Earthquake resilience has become a strategic priority for rapidly urbanizing cities located in seismic regions. Tashkent requires an intelligent infrastructure management system capable of monitoring structural health, predicting seismic risks, and supporting rapid emergency response. This research proposes an Integrated Digital Twin Architecture that combines the Internet of Things, Building Information Modeling, Geographic Information Systems, Artificial Intelligence, cloud computing, and structural health monitoring into a unified digital ecosystem. The proposed framework improves seismic risk assessment, predictive maintenance, infrastructure resilience, and evidence-based urban governance while supporting the sustainable development of Tashkent Smart City.
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