铁道标准设计2025，Vol.69Issue(3)：238-246,9.DOI:10.13238/j.issn.1004-2954.202406270002
陆路交通工程调查软件多端协同作业关键技术研究
Research on Key Technologies for Multi-Terminal Collaborative Operation of Survey Software in Land Transportation Engineering
摘要
Abstract
Traditional engineering surveys primarily rely on paper-based field data collection,requiring considerable human efforts and time.With the rapid development of emerging technologies such as geographic information systems,aerospace remote sensing,and low-altitude photogrammetry,engineering surveys are gradually transitioning towards a digital operation model,characterized by collaboration between indoor and outdoor operation.To effectively promote the digital transformation of engineering survey operations and adapt to this shift towards a collaborative operation mode,it is necessary to conduct in-depth research on key aspects such as collaboration key points in engineering surveys,software collaborative architecture design,and key software technologies.Additionally,engineering case studies were selected for testing.In the analysis of collaborative points in engineering surveys,the key points of survey objects,processes,and results were systematically organized,laying a solid foundation for the implementation of software systems and key technologies.In software collaborative architecture design,the overall software architecture was thoroughly studied,and the design logic for template collaboration,functional collaboration,and data collaboration was carefully examined,providing technical support for software development.Regarding key technologies,particular focus was given to the details of multi-disciplinary switching adaptation technology,data integration and collaboration technology,and intelligent content filling technology,effectively addressing the challenges in the digital transformation of engineering surveys.Finally,the multi-terminal collaborative mode of the software was tested and verified in the Shanghai-Chongqing-Chengdu high-speed railway and Longhai railway renovation projects,demonstrating its advantages in conducting engineering surveys.The test results showed that this software system was compatible with engineering survey services across 9 fields and 17 types of objects,with a 67.5%improvement in the operational efficiency of geological surveys across the entire process.关键词
陆路交通/工程调查/多端协同/软件系统/架构设计Key words
land transportation/engineering survey/multi-terminal collaboration/software system/architecture design分类
交通工程引用本文复制引用
张曦..陆路交通工程调查软件多端协同作业关键技术研究[J].铁道标准设计,2025,69(3):238-246,9.基金项目
国家重点研发计划项目(2021YFB2600402) （2021YFB2600402）
