营口市北部城区排水防涝指挥调度系统设计与实践OA

To enhance the comprehensive response capability for urban drainage and flood control,this study takes the northern urban area of Yingkou City as a case example to design and implement a drainage and flood control command and dispatching system based on the Internet of Things,GIS,and big data technologies.The system adopts a layered architecture,establishing a complete framework encompassing the perception device layer,data layer,foundational platform layer,and application layer,thereby enabling real-time monitoring and multi-source data fusion analysis of key facilities such as pipeline networks and pumping stations,as well as river channels.The system incorporates functional modules including situation overview,intelligent early warning,coordinated dispatching,and post-event review and assessment,supporting a full-process closed-loop management framework covering"pre-rain,during-rain,and post-rain"phases.Practical application demonstrates that the system significantly improves the intelligent decision-making level and emergency response efficiency of urban flood control command,providing effective technical support for urban safe operation and disaster prevention and mitigation.