The PID algorithm has been adopted to improve current precision.
并采用PID控制算法提高输出电流精度。
The robust PID algorithm is simple and easy to use in engineering.
本文提出的鲁棒pid算法简单、实用。
The system USES Fuzzy self-adaptive PID algorithm to implement intelligent control.
确定了适合超前相控系统的模糊自适应PID智能控制算法。
General algorithm and PID algorithm are recounted. The result of operation is given.
在控制算法上对一般算法和PID算法进行了讲述，给出了系统实际运行结果。
The simulation results show that: sliding mode control algorithm is better than PID algorithm.
结果表明：滑模变结构控制算法优于PID算法。
Improved integration detach PID algorithm is adopted. One freedom magnetic bearing is stably suspended.
控制算法采用改进的积分分离pid算法，实现了单自由度磁轴承的稳定悬浮。
Because of the great load inertia, high accuracy and speed, traditional PID algorithm does not work well.
由于系统的负载惯量大，控制精度高、速度快等特点，传统PID算法已远不能满足性能要求。
In this system, the online measuring and controlling of moisture was realized by the fuzzy PID algorithm.
该控制系统采用模糊pid算法，实现了回潮率在线测控。
PID algorithm is widely used in industrial control, but it has disadvantages in nonlinear and uncertain system.
PID算法是一个广泛应用于工业控制的算法，但它对非线性和不确定性系统适应性不够理想。
Compared with the PID algorithm, the DMC algorithm has the obvious advantages in processing the time-delay objects.
DMC算法在处理时滞对象时与PID算法相比具有明显的优点。
Using neuron PID algorithm, the controller with digital speed control, high accuracy and intelligence is implemented.
该控制器运用神经网络PID算法进行速度控制，实现了速度控制的数字化，高精度，智能化。
This system can receive velocity instructions through serial port, then control the motors by a certain PID algorithm.
系统通过串口通讯方式获取小车速度指令，并PID控制算法对直流电机进行控制。
The conventional PID algorithm requires its parameters high-integrated and often fails to achieve satisfied control results.
常规pid算法对其参数的整定要求较高，往往不易达到满意的控制效果。
By using a new self-adaptive fuzzy PID algorithm, variable speed control and compensation on drop in elevation are implemented.
采用一种新的自适应模糊pid算法，实现变速控制和落差补偿。
PID algorithm using power compensation to solve the problem of under the small deviations, the PID algorithm output power shortage.
PID算法中采用功率补偿，解决了小偏差下PID算法输出功率不够的问题。
PID algorithm is introduced to the dynamic control of the entire networks' energy cost by shifting the transmission power of every node.
本文引入PID算法，通过调节每个节点传输功率，动态控制整个网络的传输能耗。
Robust PID algorithm based on closed-loop gain shaping algorithm is presented in the paper, which is applied on the level control of water tank.
基于闭环增益成形算法给出鲁棒pid算法，并将之应用于水箱液位的控制中。
Tension of warp system is time-variant and nonlinear system. According to characteristic of tension of warp system, Fuzzy-PID algorithm is adopted.
纬纱张力系统是一个非线性、时变的系统，针对这一特点，采用模糊pid算法进行伺服控制。
Robust PID algorithm based on closed-loop gain shaping algorithm is presented in the paper, it is applied on the control of diesel engine for ships.
基于闭环增益成形算法给出鲁棒pid算法，并将之应用于船舶柴油机的控制中。
There are system administrative program, man-machine interface program, fuzzy algorithm program, PID algorithm program and communication program etc.
程序模块主要有：系统管理程序，人机界面交互接口程序，模糊算法程序，PID算法程序和串口通信程序等。
Presents a control strategy basing on the combination of the conventional PID algorithm and the simulating human intelligent control (SHIC) algorithm.
给出了一种基于仿人智能控制(SHIC)算法和PID控制算法的联合控制方案。
The method combines fuzzy control technology with PID algorithm and applies the multi mode control to design a control system of temperature and humidity.
该方法把模糊控制技术和PID算法结合起来，采用多模态分段控制设计出温湿度控制系统。
Temperature-box control system USES PID algorithm and relay auto-tuning PID algorithm is introduced to diesel engine cooling water temperature control system.
对温箱温度控制系统采用PID算法；对柴油机冷却水温度控制系统采用继电自整定PID控制算法。
The paper presents a control strategy basing on the combination of the conventional PID algorithm and the Simulating Human Intelligent control (SHIC) algorithm.
给出一种基于仿人智能控制(SHIC)算法和PID控制算法的联合控制方案。
And at the same time, the modified PID algorithm eliminates the time prolonging link, avoids the errors caused by this link and improves the calculation accuracy.
同时，改进的PID算法取消了延时环节，避免了该环节引起的误差，提高了计算精度。
By analyzing the characteristics of input signal, the threshold is determined, and PID algorithm to simulate the operating characteristic of analog AGC is employed.
通过对输入信号特性的分析，确定控制门限，采用PID控制算法模拟常规模拟agc的工作特性，经实验室测试，验证了该方案的有效性。
By analyzing the characteristics of input signal, the threshold is determined, and PID algorithm to simulate the operating characteristic of analog AGC is employed.
通过对输入信号特性的分析，确定控制门限，采用PID控制算法模拟常规模拟agc的工作特性，经实验室测试，验证了该方案的有效性。
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