水利信息化Issue(4)：81-86,6.DOI:10.19364/j.1674-9405.2025.04.011
构建水利一体化政务服务平台探索
Exploration on construction of water conservancy integrated government service platform
李冬杰 1杨柳 2王爱莉 2郑策2
作者信息
- 1. 北京金水信息技术发展有限公司,北京 100053
- 2. 水利部信息中心,北京 100053
- 折叠
摘要
Abstract
To comprehensively promote the"decentralization,management,and service"reform and enhance the capacity of water conservancy integrated government service,this paper analyzed the construction status and existing problems of government service-related systems platform of the Ministry of Water Resources.Supported by new generation information technology,it proposed the overall framework,integration concepts,and technical implementation methods of the water conservancy integrated government service platform.Key construction aspects including hydraulic integrated service portal development,application integration,data fusion,and integration of application support capabilities were explored.The platform architecture emphasized the adoption of a microservice framework with modular design and service decoupling to enhance system flexibility and scalability At the same time,to address data fusion challenges,a multi-source heterogeneous data fusion strategy combined with AI intelligent analysis technology was proposed,forming an application framework for water conservancy government services.The construction of water conservancy integrated government service platform will break through the difficult problems that restrict the"one network communication"of water conservancy government service,and further improved the efficiency of water conservancy government service.The research outcomes provide valuable technical reference for the construction of water conservancy integrated government service platform in the next stage.关键词
水利一体化政务服务/服务平台/微服务框架/多源异构数据融合/AI智能分析技术Key words
water conservancy integrated government service/service platform/microservice framework/multi-source heterogeneous data fusion/AI intelligent analysis technology分类
建筑与水利引用本文复制引用
李冬杰,杨柳,王爱莉,郑策..构建水利一体化政务服务平台探索[J].水利信息化,2025,(4):81-86,6.
