比例积分观测器,proportional-integral observer
1)proportional-integral observer比例积分观测器
1.A full-orderproportional-integral observer is designed based on LMI(Linear matrix inequality) and a control law with fault compensation and disturbance rejection is proposed.首先利用线性矩阵不等式设计了比例积分观测器,并在外界干扰是能量有界的情况下,设计了具有干扰抑制的状态观测器,使得干扰对状态估计的影响具有给定的H∞性能。
英文短句/例句
1.Robust H_2/H_∞ controllers of sampled-data systems with fast time-varying disturbances based on proportional-integral state observers采样系统快时变扰动比例积分观测器鲁棒H_2/H_∞控制
2.proportional-integral derivative controller比例-积分-微分控制器
3.proportional plus reset plus rate action controller比例 积分 微分控制器
4.P-I-D regulator比例积分微分调节器P-N boundaryPN间界
5.PI Controller design for Inventory Control and Its System Dynamics Simulation;一种库存比例积分控制器及其系统动力学仿真
6.Realization of one-dimensional fuzzy controller based on LUT inquire基于查询表的一维比例积分模糊控制器的实现
7.Fault Estimation Based on PI Strong Tracking Filter基于比例积分强跟踪滤波器的故障估计
8.Current Regulation for Three-phase Grid-connected Inverters Based on Proportional Complex Integral Control三相并网逆变器比例复数积分电流控制技术
9.Design of Computational Fluid Dynamics-Based Proportional Integral Controller采用计算流体力学数值模拟的比例积分控制器
10.proportional-integral-differential control actio比例积分微分控制作用
11.proportional plus integral plus derivative action;比例积分微分作用；
12.electric PID governing电动比例积分微分调节
13.proportional integral and differential action contro比例 积分 微分控制
14.PID computing circuit比例积分微分运算回路
15.pid control system比例 积分 微分控制系统
16.derivative-proportional integral control微商－比例积分控制
17.A novel fuzzy fractional order proportional integral derivative( FFPID) controller based on fractional calculus is presented.在分析分数阶微积分的基础上,提出了一种新型模糊分数阶比例积分微分控制器.
18.Proportional Integral Derivative Controller Based on Improved Particle Swarm Optimization;基于改进粒子群优化算法的比例—积分—微分控制器
相关短句/例句
PIO比例积分观测器
1.Considering the influence of node coordinates of Stewart platform on its dynamic tracing programming, and the limited variation of the joint coordinate, a new high gain feedback control methodology by employing proportional integral observer (PIO) is developed to improve the output of Stewart platform.针对Stewart平台铰节点坐标明显影响其动力规划的特点, 基于节点坐标未知部分变化范围不大的具体情况, 利用比例积分观测器(PIO)对动平台输出量进行有效的修正, 并在此基础上得到了针对Stewart平台的多输入多输出高增益反馈控制器。
2.In the spirit of estimating the system states and unknown inputs simultaneously via proportional-integral observer (PIO), faults may be viewed as unknown inputs and can be estimated.利用比例积分观测器能够同时估计系统的状态和未知项的思想,可将系统中的故障看作是系统的未知输入项进行故障估计,从而得到故障随时间变化的估计结果。
3)high-order proportional plus integral (PI) observers高阶比例积分观测器
4)proportional multiple-integral fault observer比例高阶积分故障观测器
1.Then,the recognition model,which can reduce the diagnosis precision influence of unknown nonlinear part,is added to theproportional multiple-integral fault observer as the compensation model.针对模型包含未知非线性函数的变速风力发电机故障诊断问题,采用反卷法和最小二乘支持向量机对未知非线性函数进行辨识,将辨识结果作为补偿项加入比例高阶积分观测器中,消除未知非线性项对故障诊断精度的影响,建立了基于最小二乘支持向量机非线性项辩识模型的比例高阶积分故障观测器。
5)PI controller比例积分控制器
6)converter/proportional-integral变换器/比例积分
延伸阅读
比例积分调节器分子式：分子量：CAS号：性质：又称重定式调节器、再调式调节器。根据调节规律分类的一类调节器。由比例部分和积分部分组成。积分正反馈可以消除偏差，使被调参数重新回到给定值。所以，具有比例积分调节器的调节系统，其调节的结果是没有余差。广泛用于要求较高、不允许有余差存在的调节系统中。
