针对双容水箱控制系统，提出了采用实时图像处理的方法来获取水箱液位高度。
For the double-holding water tank control system, we can get the height of the water of the double-holding water tank through real-time image processing.
介绍了反电动势过零位置检测的原理及实现方法，并采用了数字式转速、电流双闭环控制。
One kind of sensorless control system for brushless DC motor based on DSP was introduced and the principle of back-EMF zero-crossing detection and realization method was discussed in detail.
采用力控5.0版组态软件，对整个液位控制系统进行组态，构成控制精度高，显示直观的双容液位系统。
The configuration software of ForeControl V5.0 can be used to configuration, structure a double-tank level control system which is high-precision and intuitionistic display.
每个器件都有一个八位CMOS移位寄存器和CMOS控制电路，八个CMOS数据锁存，八个双极电流吸收达林顿输出驱动器。
Each device has an eight-bit CMOS shift register and CMOS control circuitry, eight CMOS data latches, and eight bipolar current-sinking Darlington output drivers.
最后，本文在双容水箱液位控制系统上对上述前三个方法进行了实验验证。
At last, experiments to control the water level of double tank are conducted to test the former three algorithms presented above.
提出了一种基于DMC预测控制的解耦方法用于冷热水混合系统的液位和温度的双变量控制。
A kind of decoupling method based on DMC predictive control is proposed for two variables control of temperature and liquid level in the cold-hot water mixer system.
提出一种专家控制方法用于冷热水混合系统的温度和液位的双变量控制。
This paper proposes a kind of expert control method for two-variable control of temperature and liquid level in the cold-hot water mixer system.
介绍了双容水箱液位控制实验仪的实物系统装置；
The hardware system of double coupled water tanks is introduced.
介绍了双容水箱液位控制实验仪的实物系统装置；
The hardware system of double coupled water tanks is introduced.
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