摘要
Abstract
Traditional water conservancy and hydropower platforms poor agility in the design and development process,with long development cycles and high costs in terms of manpower and resources.Therefore,there was an urgent need to design and develop a visual programming platform with a large library of predefined components for an integrated water conservancy and hydropower platform.The latest front-end and back-end technologies,along with a code generator tailored to specific needs,were utilized to develop a low-code platform.Artificial intelligence technology was integrated to facilitate the rapid development of the overall architecture and core functionalities of the intelligent monitoring integrated platform for water conservancy and hydropower.Compared with traditional system development methods,the low-code platform not only shortens the development cycle and lowers the entry barrier,but also optimizes the development process of integrated platform subsystems such as hydropower,hydrological conditions,and dams.It enhances the reusability of component code,significantly improving the efficiency and effectiveness of hydropower station monitoring,and serves as a reference for the advancement of hydropower station monitoring systems.关键词
低代码平台/智能监测/水利水电/可视化编程/一体化Key words
low-code platform/intelligent monitoring/water conservancy and hydropower/visual programming/integration分类
计算机与自动化
