基于遗传程序水闸综合智能化控制系统的设计

Design of integrated intelligent sluice control system based on genetic program

提出了一种基于遗传程序的水闸综合智能化控制系统,旨在解决传统水闸控制系统中由于一对一布线导致的可靠性问题。研究涵盖了系统的硬件设计包括通信功能与监控界面,以及软件设计特别是利用遗传程序确定控制目标的传递函数和设计回路控制器。通过实验测试,结果显示该控制系统显著降低了元件总故障率,提高了闸门开度控制的准确性,增强了系统的可靠性。这一发现证明了遗传程序技术在智能化控制系统中的应用价值,为水闸控制系统的设计和优化提供了新的方向。

This paper proposes an integrated intelligent sluice control system based on genetic program to solve the reliability problem caused by one-to-one wiring in traditional sluice control systems.The research covers the hardware design of the system,including communication function and monitoring interface,as well as the software design,especially determining the transfer functions of control objectives by genetic program and the design of loop controllers.The experimental test results show that the control system can significantly reduce the total failure rate of components,improve the accuracy of gate opening control,and enhance the reliability of the system.This finding proves the application value of genetic program technology in the intelligent control system,and provides a new direction for the design and optimization of sluice control system.