个人简介
徐鑫，男，江苏泰州人。毕业于美国普渡大学（Purdue University），获得土木工程博士学位。2021年10月加入河海大学商学院，从事工程管理相关教学与研究工作。研究方向主要包括土木工程基础设施集成管理，工程项目知识挖掘、语义建模与推理，智能建造等。
个人资料
- 出生年月： 1990-09
- 学历： 博士研究生毕业
- 毕业院校： 美国普渡大学
教育经历
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2009-2013,重庆大学,工程管理,工学学士
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2013-2016,东南大学,管理科学与工程,管理学硕士
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2016-2020,美国普渡大学,土木工程,哲学博士
工作经历
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2020-2021,美国普渡大学土木工程学院基础设施信息学实验室,博士后研究,博士后
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2021-至今,河海大学商学院工程管理与工程经济系,教学科研,副教授
研究领域
土木工程基础设施集成管理（Civil Integrated Management） 工程项目知识挖掘、语义建模与推理 （Knowledge Mining, Semantic Modeling and Reasoning） 智能建造（Smart Construction）
科研项目
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1、Risk-based Construction Inspection Program for Highway Infrastructure Projects (SCDOT-4400022446),2020.01-至今,美国南卡罗莱州交通部,参与
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2、Automating the Generation of Construction Inspection Checklists (SPR-4422),2019.07-2020.07,美国印第安纳州交通部,参与
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3、Mapping the Underworld of Buried Utilities – A Hybrid Sensing Approach (CMMI-1462638),2016.08-2019.08,美国国家自然科学基金,参与
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4、Risk-based Specification for Construction (SPR-4101),2016.08-2019.01,美国印第安纳州交通部,参与
论文
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1、Domain Ontology for Utility Infrastructure: Coupling the Semantics of CityGML Utility Network ADE and Domain Glossaries,Journal of Computing in Civil Engineering,SCI,2021.05,Xin Xu,Hubo Cai,35(5)
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2、Ontology and rule-based natural language processing approach for interpreting textual regulations on underground utility infrastructure,Advanced Engineering Informatics,SCI,2021.04,Xin Xu,Hubo Cai,48
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3、Automatic Generation of Customized Checklists for Digital Construction Inspection,Transportation Research Record,SCI,2021.02,Xin Xu,JungHo Jeon,Yuxi Zhang,Hubo Cai,2675(5)
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4、Automating Utility Permitting within Highway Right-of-Way via a Generic UML/OCL Model and Natural Language Processing,Journal of Construction Engineering and Management,SCI,2020.09,Xin Xu,Kaiwen Chen,Hubo Cai,146(12)
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5、Semantic approach to compliance checking of underground utilities,Automation in Construction,SCI,2020.01,Xin Xu,Hubo Cai,109
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6、Ontology-Based Knowledge Management System for Digital Highway Construction Inspection,Transportation Research Record,SCI,2019.01,Xin Xu,Chenxi Yuan,Yuxi Zhang,Hubo Cai,2673(2)
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7、Automated Crack Segmentation in Close-Range Building Façade Inspection Images Using Deep Learning Techniques,Journal of Building Engineering,SCI,2021.11,Kaiwen Chen,Georg Reichard,Xin Xu,43(20)
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8、BIM-GIS-DCEs Enabled Vulnerability Assessment of Interdependent Infrastructures – A Case of Stormwater Drainage-Building-Road Transport Nexus in Urban Flooding,Automation in Construction,SCI,2021.05,Yifan Yang,S. Thomas Ng,...,Xin Xu,125(4)
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9、Extraction of Construction Quality Requirements from Textual Specifications via Natural Language Processing,Transportation Research Record,SCI,2021.03,Jungho Jeon,Xin Xu,Yuxi Zhang,Hubo,Cai,2675(9)
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10、Geo-registering UAV-captured close-range images to GIS-based spatial model for building façade inspections,Automation in Construction,SCI,2021.02,Kaiwen Chen,Georg Reichard,Abiola Akanmu,Xin Xu,122
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11、Risk-Based Prioritization of Construction Inspection,Transportation Research Record,SCI,2018.06,Chenxi Yuan,Jaehyun Park,Xin Xu,Hubo Cai,2672(26)
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12、Classifying Semantic Relationships of Utility-Specific Terminologies via LSTM Networks along Shortest Dependency Paths,Construction Research Congress 2020,EI,2020.03,Xin Xu,Hubo Cai,JungHo Jeon
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13、Modeling 3D Spatial Constraints to Support Utility Compliance Checking,ASCE International Conference on Computing in Civil Engineering 2019,EI,2019.06,Xin Xu,Hubo Cai,Kaiwen Chen
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14、Semantic Frame-Based Information Extraction from Utility Regulatory Documents to Support Compliance Checking,Advances in Informatics and Computing in Civil and Construction Engineering,2018.10,Xin Xu,Hubo Cai
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15、An Integrated Computational GIS Platform for UAV-based Building Façade Inspection,EG-ICE 2021 Workshop on Intelligent Computing in Engineering,2021.08,Kaiwen Chen,Xin Xu,Georg Reichard,Abiola Akanmu
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