The stability loop uses the PI control algorithm, which can improve the system type and reduce the steady-state error.
稳定回路采用PI控制算法，以提高系统的型别，减小稳态误差；
The control strategy unites single neuron PI control algorithm and the predictive model based on neural network. The output of the controller is determined by PI algorithm.
采用单神经元PI控制算法与神经网络预测模型相结合的控制策略，用PI控制规律来确定控制器的输出。
The theoretic basis is afforded for proving that PI control algorithm is very effective to the level control.
为证明PI控制算法对液位控制是非常有效的提供了理论依据。
With speed and current close-loop control based on digital PI algorithm and the high performance of the DSP, high accuracy and high reliability control can be easily realized.
通过速度与电流的双闭环数字PI算法结合DSP的优越性能来达到高精度，高可靠性的控制目的。
The vehicle models are analyzed to study the vibration attenuation performance of the MR-damper using the semi-active force tracking PI control algorithm.
汽车模型用来研究力跟踪PI控制算法和MR阻尼器对车辆的振动抑制性能。
Drying experiment results on BEIJING 411 wheat showed that the intelligent PI control algorithm was able to control the outlet grain moisture content of dryer.
通过对京411小麦的在线烘干实验证明智能PI控制算法用于烘干机出粮水分控制是可行的。
The outer one adopts conventional PI control algorithm and takes the capacitor voltage as the controlled variable.
外环则采用PI控制算法，以电容电压为被控量。
Based on the amplitude and phase information, PI algorithm was used to control the amplitude and phase of the inverter current.
在此基础上，通过PI算法实现并网电流幅值和相位的跟踪控制。
The proposed recursive integral PI algorithm can also be applied to the control of periodic reference current with zero steady-state error, such as sin AC drive control.
所提出的模糊递推积分PI控制算法还可以对周期性的被控量实现无静差控制，如交流电机的闭环控制。
The control algorithm has not only the quickness and fuzzy control system and control system of PI.
该控制算法既具有模糊控制系统的快速性和适应性，又具有PI控制系统的精度。
The Fuzzy-predictive control system uses the Fuzzy-PI control algorithm of parameter self-adjusting and the design process of off-line key part of fuzzy controller in this system is given in detail.
该模糊预测控制系统采用了带参数自整定的模糊-积分复合控制算法，详细给出了离线部分的设计过程，并提出了可用于工程实现的参数自整定算法。
The model of speed loop control system as well as the integral separating PI controlled algorithm was analyzed in detail.
对控制系统建模和积分分离PI算法进行了详细的分析。
PI controller is used to control queue length of active queue management. But its trial method of controller tuning is aimlessness, the instant performance of algorithm is not enough satisfied.
I控制器常用于主动队列管理中，但参数整定上的试凑法具有盲目性，算法的瞬态性能也不够理想。
The identification algorithm of PI controller parameters is designed, with which the precise PI parameters are identified based on the measured data of a machine speed control tester.
在此基础上，根据电机转速控制实验装置实测的数据，运用可辨识性分析步骤中的参数辨识算法，辨识得到高精确度的PI参数。
PI is the AQM algorithm cased on control theory and has smaller queue length oscillation than RED.
PI算法是基于控制论的主动队列管理算法，具有队列长度抖动小的特点。
Simulation results demonstrate that this algorithm can obtain good transient and steady state responses, and the algorithm is superior to the traditional PI control and sliding mode control.
仿真结果表明，该算法可以获得良好的暂态和稳态响应，该方法优于传统的PI控制和滑模控制。
Thus the FUZZY-PI (or PID) control algorithm and the fuzzy control algorithm with improved sectional control strategy are presented.
为此，进一步提出，Fuzzy - PI(或PID)控制算法和改进控制分区策略的模糊控制算法。
The paper analyzes the control algorithm of PI, external characteristic of power source and the feeding speed.
分析了PI控制算法、电源外特性控制算法、送丝速度控制算法，以及控制程序的优化设计。
The outer loop of the cascade controller adopts conventional PI control algorithm and takes the capacitor voltage as the controlled variable;
控制器的外环采用PI控制算法，以电容电压为被控量；
The outer loop of the cascade controller adopts conventional PI control algorithm and takes the capacitor voltage as the controlled variable;
控制器的外环采用PI控制算法，以电容电压为被控量；
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