| 1. | Proportional plus integral control
比例积分控制 |
| 2. | On the other hand , apf with vector operation of unified constant frequency integration ( uci ) control is presented in this thesis
另外,针对以上方法的不足提出了通用常频积分控制矢量模式的apf 。 |
| 3. | Under the integral control mode , the same simulation results are got with the difference integral and differential coefficient when the step load happens
在积分控制工作方式下，取不同的积分、微分系数，在负载阶跃变化时得到了与模拟控制相同的仿真波形。 |
| 4. | Flexible gain control switching speed loop pi proportional - integral control and p proportional control switching can suppress overshoot and undershoot while motor speeds up or down
速度回路pi比例积分控制与p比例控制切换，抑制马达加减速时overshoot与undershoot现象 |
| 5. | A hybrid fuzzy neural network ( fnn ) controller based on genetic algorithm ( ga ) is proposed in this paper . the learning process of fnn is divided into off - line and on - line learning
在误差较大时采用bang - bang控制，提高系统的响应速度；在误差很小时，采用广义的积分控制，以减少系统的稳态误差。 |
| 6. | This paper discusses three improving schemes : the compound control method of fuzzy control and integration control , the fuzzy control with on - line parameter self - correction , and the non - quantized fuzzy control
本文讨论了三种改进的控制方案：引入积分控制作用的模糊复合控制方法，参数在线自校正的模糊控制方法以及无模糊量化方法。 |
| 7. | The design of force feedback loop is emphasized on the base of theory analysis . then proportional - integral controller and lag - lead compensator are designed to improve dynamic performance of this kind of gyro . the main work includes optimizing parameters and system simulation
用matlab分析了陀螺本体传递函数的波德图,然后通过采用比例-积分控制和迟后-超前校正及参数优化、系统仿真,使陀螺系统的固有频率得到显著提高。 |
| 8. | And analyzes the merit and demerit of existing designing and realizing methods . in the thesis , a kind of intelligent voltage and reactive - power fuzzy controller based on nzne . region controlling method is designed . futhermore , the thesis proposes a method of using integral to reduce modulation times and restrain mistake , and provides the relization and simulation result of the fuzzy - integral method , and discusses its strongpoint and shortcoming
本文首先介绍了变电站电压无功综合控制的目标、原理、意义及数学模型，分析了现有控制方法和实现方式的优缺点，运用模糊控制技术，依据九区域控制分环节来减少调节次数和抑制误动的控制方法，给出了模糊-积分控制方法的具体实现和仿真结果，分析了该方法的优缺点。 |
