1) multipole collocation
多极子配置
2) pole assignment of multi input
多步极点配置
1.
Based on pole assignment of multi input control, an inverted strategy of pole assignment is introduced to realize reassigning some poles of a vibratory system.
在多步极点配置的基础上 ,为实现系统部分极点的重新配置 ,引入了反向极点配置策略 。
3) Electrode configuration
电极配置
1.
Numerical simulation of electrode configuration of DeSO_2 reactor with pulse streamer corona;
脉冲流光电晕脱硫反应器电极配置数值模拟
2.
A corona coupling silent discharge structure is put forward and the distributions of electrical field on different electrode configurations are calculated by the numerical simulation of electrostatic field of the line-plate coupling structure.
提出了一种电晕耦合无声放电结构,通过对线-板式电晕耦合无声放电结构静电场进行数值模拟,得出了不同线-板电极配置下的电场分布,结合流光形成、发展和传播所需的静电场条件,分析了电极配置。
4) pole placement
极点配置
1.
Structural stable state feedback and pole placement in generalized system;
广义系统结构稳定状态反馈和极点配置
2.
Design of inverted pendulum system controller based on pole placement method;
倒立摆系统的状态空间极点配置控制设计
5) Pole assignment
极点配置
1.
Generalized Predictive Pole Assignment Weighted Controller Based on Second-order Adaline Neural Network;
在基于二阶Adaline网络的广义预测极点配置控制器
2.
Viscoelastic damper vibration control of platformwith pole assignment technique;
基于极点配置的海洋平台粘弹性阻尼振动控制
3.
A neural network algorithm for pole assignment in linear systems;
线性系统极点配置的神经网络算法
6) pole-placement
极点配置
1.
Regularization and Pole-placement of Descriptor Systems by Dynamic Compensation;
基于动态补偿的广义系统的正则化与极点配置
2.
State equations models is established to process steady control for non-linear unsteady system of single invert pendulum,which based on pole-placement and T-S fuzzy control model.
为了实现对单级倒立摆非线性不稳定系统的稳定控制,采用极点配置和模糊控制理论中的T-S模糊模型两种方法建立倒立摆系统的状态方程模型,并进行了状态反馈控制器和模糊控制器的设计。
3.
Contraposed nonlinear system combined multi-model predictive control and pole-placement predictive function control,a pole-placement multi-model predictive function control method which is applied to guided bomb is put forward.
针对非线性系统,结合多模型预测控制和极点配置预测函数控制,提出了极点配置多模型预测函数控制方法,并将这种方法应用到制导炸弹控制系统中去。
补充资料:动物组织多极神经元
李瑞端绘
[图]
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条