扩张观测器,Extended state observer英语短句,例句大全

扩张观测器,Extended state observer
1)Extended state observer扩张观测器
1.To make this controller physically realizable, an extended state observer is used to estimate the unknown information.通过引入死区非线性控制项,有效的消除了实际中由于死区非线性输入的存在而引起的不良控制效果,设计控制器过程中对系统死区模型无需任何限制条件,同时引入扩张观测器,从而只需要知道系统的一个状态,就可以观测出系统待确定的未知信息。
2.By means of an extended state observer,the fault estimation error can converge to zero,which improves the previous results.提出了基于扩张观测器的非线性系统的执行器故障诊断及容错控制,引进的扩张观测器方法,能使观测的故障误差尽可能的小,改进了前述文献结果。
2)Extended state observer(ESO)扩张状态观测器
1.This paper proposes a novel structure of extended state observer(ESO) for state observation of nonlinear system with measurement noise,which can be used in disturbance rejection controller.提出了扩张状态观测器的一种新的形式,用于处理量测环节带有噪声干扰时的情况。

英文短句/例句

1.A State PI Controller Based on Variable Structure Extended State Observer基于变结构扩张状态观测器的状态PI控制器
2.Application of extended state observer to PWM rectifier扩张状态观测器在电压型PWM整流器中的应用
3.Acceleration estimation of maneuvering targets based on extended state observer基于扩张状态观测器的机动目标加速度估计
4.ESO-based decentralized nonlinear coordinated controller of multimachine power systems基于扩张状态观测器的多机系统非线性协调控制
5.Auto Disturbance Rejection Control of PMSLM Based on Expanded State Observer;基于扩张状态观测器的直线永磁同步电动机自抗扰控制
6.Method of Model Reference Adaptive Control for Tank Gun Control System Based on ESO Filter基于扩张状态观测器滤波的坦克炮控系统模型参考自适应控制
7.Application of the extend state observer on the initial alignment of the inertial navigation system扩张状态观测器在惯导系统初始对准中的应用研究
8.A Variable Structure Controller Based on Extended State Observer in Gun Turret System基于扩展状态观测器的变结构控制及其应用
9.Study on Designing Observer for DC/DC Converter;DC/DC变换器状态观测器设计研究
10.Application of Static Observer in the PWM Control System Abstrct;状态观测器在PWM控制系统中的应用
11.State Observer Design for Lipschitz Nonlinear SystemsLipschitz非线性系统状态观测器设计
12.Design method of sliding model observer for vehicle state一种车辆状态滑模观测器的设计方法
13.Development of the Status Observer Experiment Based on Real-Time Windows Target基于Real-Time Windows Target状态观测器的实验开发
14.Tracking control of chaotic dynamical systems by state observer基于状态观测器的混沌动态系统跟踪控制
15.Technique Research of Fault Diagnosis Based on Condition Inspector for Governor Hydraulic System基于状态观测器的调速器液压系统故障诊断
16.Robust Predictive Control for Singular Systems Based on the State Observer;基于状态观测器的广义系统鲁棒预测控制
17.Current was the input of observer, and gap position can be got from observer.采用电流作为观测器的输入,通过观测器得到气隙位置等状态量。
18.State-feedback Predictive Controller Based on State Estimator for Non-uniformly Sampled System基于状态观测器的非一致采样系统状态反馈预测控制

相关短句/例句

Extended state observer(ESO)扩张状态观测器
1.This paper proposes a novel structure of extended state observer(ESO) for state observation of nonlinear system with measurement noise,which can be used in disturbance rejection controller.提出了扩张状态观测器的一种新的形式,用于处理量测环节带有噪声干扰时的情况。
3)extended state observer扩张状态观测器
1.Research on fault diagnosis using extended state observer;基于扩张状态观测器的故障诊断方法研究(英文)
2.Scalar chaotic signal synchronization system based on extended state observer;基于扩张状态观测器的标量混沌信号同步系统
3.Synchronizing chaos based on the extended state observer of the reconstructed system;基于重构系统的扩张状态观测器实现混沌系统的同步
4)extended states observer扩张状态观测器
1.Using the extended states observer,with this advanced nonlinear filtering arithmetic,can direct estimate first-order,second-order and third-order differential coefficient of movement of movable target from the measured target position information with strong noise.为解决机动目标参数辨识模型工程应用问题,采用扩张状态观测器等先进的非线性滤波算法,从实测的含有观测噪声的目标位置数据的序列中,直接估计出机动目标运动的一阶、二阶、三阶导数,并结合目标运动模型辨识的理论算法,在工程应用上首次实现了机动目标运动模态和运动模型的双重动态辨识,完成了目标模型动态辨识的工程化设计。
2.To make the controller physically realizable, available synchronizing error is used to estimate system uncertainty, such as the structure difference or parameter mismatching, based on the extended states observer (ESO), and then this controller is used to synchronizing two continuous chaotic systems.根据滑模控制原理求取混沌同步控制形式,利用扩张状态观测器对系统信息进行渐进估计,得到物理可实现的同步控制策略,以此实现具有不确定性混沌系统的同步。
3.To make the controller physically realizable,available synchronizing error is used to estimate system uncertainty,such as the structure difference or parameter mismatching,based on the extended states observer (ESO),and then this controller is used to synchronizing two continuous chaotic systems.根据滑模控制原理求取混沌同步控制形式 ,利用扩张状态观测器对系统信息进行渐进估计 ,把复杂的滑模控制策略变为可实现的控制方式 ,以此实现具有不确定性混沌系统的同步。
5)extended state observer (ESO)扩张状态观测器
1.A new nonlinear control for hydraulic turbine generator units based on the extended state observer (ESO) is proposed.提出了一种基于扩张状态观测器的水轮发电机组非线性控制。
2.An extended system is formed based on the extended state observer (ESO), and the states of this system are estimated by collegting the information wrapped in observable synchronizing error.根据扩张状态观测器 (ESO)的思想构造“扩张系统”，通过挖掘同步误差中所隐含的系统信息，对扩张系统的各个状态进行估计，在此基础上设计物理上可实现的控制器，实现了两个具有模型或参数失配的混沌系统的同步。
3.An extended system is formed based on the extended state observer (ESO), and the states of this system are estimated mining the information wrapped in observable synchronizing error.根据扩张状态观测器的思想构造“扩张系统”以表达结构或参数的差异 ,并挖掘可测同步误差中所隐含的信息对“扩张系统”的各个状态进行估计 ,在此基础上设计物理上可实现的控制器 ,实现了两个具有模型或参数失配的混沌系统的同步。
6)linear extended state obsenver线性扩张观测器