Design of Digital Twin Intelligent Water Conservancy Control System Based on Genetic Algorithm
This paper introduces the design of a digital twin intelligent water conservancy control system based on genetic algorithm.This method applies digital twin technology to construct a smart water conservancy system to address the global issues of water scarcity and frequent floods.By establishing a digital twin model and combining technologies such as the Internet of Things,cloud computing,and artificial intelligence,real-time monitoring and intelligent control of water conservancy systems can be achieved.The research content includes the application of hydraulic control systems in dams,the design of intelligent lighting control systems,the establishment of digital twin models,the implementation of real-time monitoring and intelligent control,and optimization analysis.At the same time,in-depth discussions were conducted on the challenges and specific significance faced by digital twin smart water conservancy projects.Finally,a complete technical roadmap was proposed to address issues such as low efficiency in water resource management,insufficient prevention of natural disasters,difficulties in water pollution control,and high operating and maintenance costs of water conservancy projects.
digital twin technologyintelligent water conservancy systemhydraulic control systemintelligent lighting controlIoT
万方数据
维普
