For pouring furnace iron level control system, this thesis presents intelligent PID control algorithm according to the non-equilibrium characteristic of object.
对于浇注炉液位控制系统，论文根据液位控制的无自衡特性，提出浇注炉液位控制的智能PID算法。
It can offers the conclusion of the characteristic level for diagnose as the fault of the intellectual cable an intelligent object of the system.
可作为智能电缆故障诊断系统的一个智能模块为其提供特征层次的结论。
The simulation object is boiler's water-level system. Then through simplifying the intelligent PID algorithm into a program run in single-chip, the author designed an intelligent PID controller.
然后把实验室的水槽水位控制系统作为控制对象，将仿人智能PID算法简化成单片机应用程序，自行设计了智能PID控制器。
The simulation object is boiler's water-level system. Then through simplifying the intelligent PID algorithm into a program run in single-chip, the author designed an intelligent PID controller.
然后把实验室的水槽水位控制系统作为控制对象，将仿人智能PID算法简化成单片机应用程序，自行设计了智能PID控制器。
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