基于边缘容器的水利智能网关系统构建方案及应用

A Smart Water Conservancy System Based on Edge Kubernetes and Gateway

该文介绍了一种基于边缘容器的水利智能网关系统建议方案,该系统利用边缘容器和网关技术,实现了智慧水利监控和展示平台的构建,并在弱网环境下确保系统的稳定性和高可用性。建议内容包括:基于边缘容器+网关的智慧水利监控和展示平台,水利传感器快速解算应用的部署和故障恢复方案,基于容器的水利应用快速升级方案。通过该方案,可实现对水利场景下的数据采集、监控和水文图像识别等功能。该系统具有灵活性、可维护性和高响应速度,并能够处理大量传感器数据,提高系统的实时性和准确性。

This article presents anrecommended solution for a smart water conservancy system based on edge kubernetes and gateways.By leveraging edge kubernetes and gateway technologies,the system achieves the construction of a smart water conservancy monitoring and display platform,ensuring system stability and high availability even in extreme field environments and challenging network conditions.Key recommends include a smart water conservancy monitoring and display platform based on edge kubernetes and gateways,a deployment and fault recovery solution for rapid calculation of water conservancy sensors,and a container-based fast upgrade solution for water conservancy applications.Through this solution,data collection,monitoring,and hydrological image recognition functionalities are realized in water conservancy scenarios.The system offers flexibility,maintainability,and high responsiveness,capable of handling a large volume of sensor data,thereby improving real-time performance and accuracy of the system.