随着互联网+技术的发展,信息化、移动办公、资源共享等成为各行业发展的必然趋势。现行水利、岩土及工程地质等领域涉及的计算分析大都基于桌面软件,难以实现行业计算分析的规范化和标准化管理,同时团队合作性能差,造成资源浪费。基于云计算技术,从算法、二维与三维可视化、界面交互等技术层面进行了系统的探索,研发了面向Web应用的水利云计算平台(THC),实现了行业软件计算分析的跨平台、云可视、云共享、云审批、云分享等功能。对已开发的岩体结构统计分析、土工试验、边坡稳定分析、洪水演进四大功能模块的应用表明,THC可为用户提供可靠、便捷的服务支持,形成行业内首个交互良好的云计算平台。THC平台可为教师教学、学生、企业及有关科研人员提供良好的计算分析服务,同时对于推动行业计算资料的规范化、标准化及信息化管理也具有重要意义。
Abstract
As Internet + technologies develop, informatization, mobile office, and resources sharing have become the trends of various industries. In hydraulic engineering, geotechnical engineering, and engineering geology fields, most calculations are based on desktop software, which lacks standardized management and qualified teamwork performance, resulting in the waste of resources. Based on cloud computing technology, we made a detailed exploration from the technical aspects of algorithms, 2D and 3D visualization and interface interaction and hence developed a Web-oriented hydraulic cloud computing platform—THC. The cross-platform cloud computing and cloud visual, cloud approval, cloud sharing and etc. of the calculations can be completed using THC. The applications of THC's four major modules, namely, statistical analysis of rock mass, geotechnical test, slope stability analysis, and flood routing, demonstrate that THC provides reliable and convenient computing services for users. Meanwhile, as the first cloud computing platform with good interaction in the field of hydraulic and civil engineering, THC also offers sound computing services for teachers, students, enterprises and researchers, and is of great significance to promoting the standardization and information management of data.
关键词
水利云计算平台(THC) /
工程地质 /
云计算 /
信息化 /
软件服务
Key words
hydraulic cloud computing platform (THC) /
engineering geology /
cloud computing /
information /
software service
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基金
宁夏回族自治区重点研发计划项目(2020BCF01002);水沙科学与水利水电工程国家重点实验室项目(2020-KY-04)
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