First, this thesis analyzed the manufacture process, static and dynamic characteristics of three-tank water level control system.
本课题首先深入分析了三容水箱液位控制系统工艺流程及其运行过程的静、动态特性。
Further, the three-tank water level control system is simulated in the cartoon display with s function in MATLAB, which is more intuitionistic and realistic.
并通过编写基于MATLAB的S函数，运用动画仿真技术对三容水箱系统的运行过程进行了更为直观、逼真的模拟。
This essay introduces the application on fuzzy PID control in three-tank water level system.
本文介绍了模糊PID控制在三容水箱液位控制系统中的应用。
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