1.
Design of Nonlinear Controller for Maglev Train Based on Load Disturbance Decoupling
基于负载扰动解耦的磁浮列车非线性控制器设计
2.
The Method for Small Signal Stability Analysis and Control of Power System;
电力系统小扰动稳定分析与控制的解耦降阶法
3.
It proposes a constance dynamic decoupling method for sensor, and designs decoupling network. The dynamic disturbance among various directions is reduced.
提出传感器不变性动态解耦方法，设计解耦网络，减小各方向之间的动态干扰。
4.
Robust Almost Disturbance Decoupling of Nonlinear Tracking System with Unmodeled Dynamics;
具有未建模动态的非线性跟踪系统的鲁棒干扰几乎解耦
5.
The Combination Problem on Disturbance Decoupling and Pole Placement;
干扰解耦和极点配置问题的组合研究
6.
The coupling between the transverse velocity and electromagnetic perturbation is considered.
考虑了横向扰动速度与电磁场扰动的耦合。
7.
Study on the DDPS of a linear time-delay system
一类线性时延系统的稳定干扰解耦问题研究
8.
Research on the Disturbance and Input-Output Simultaneous Decoupling for Multivariable Systems;
多变量系统干扰和输入输出同时解耦研究
9.
Robust H_∞ Almost Disturbance Decoupling for a Class of Time-Delay Nonlinear Systems
一类非线性时滞系统的鲁棒H_∞几乎干扰解耦
10.
The nonlinear coupled equations of the perturbed magnetic field and the perturbed temperature are derived in the beginning.
首先导出扰动磁场和扰动温度的非线性耦合方程组.
11.
Calibration for Coupling/Decoupling Networks in Measuring System of Immunity to Conducted Disturbances
传导骚扰抗扰度耦合/去耦网络的校准
12.
FEM of Solving the Problems of Elasto-Plastic Disturbance Based on TDD
二元扰动理论求解弹塑性扰动问题的有限元法
13.
Depending on the degree of mechanical coupling between the drive motor and the head itself, missile motion will tend to disturb the head.
导弹的运动往往扰动头部，这种扰动的强度取决于驱动马达和头部的机械耦合的程度。
14.
Analytic solution for a class of generalized Sine-Gordon perturbation equation
一类广义Sine-Gordon扰动方程的解析解
15.
Dynamic decoupling control method based on ESO and its application simulation
基于ESO的动态解耦方法及其应用仿真
16.
Branching Ant Colony with Dynamic Perturbation Algorithm for Solving TSPs;
分支蚁群动态扰动算法求解TSP问题
17.
The Mechanism Study of Torsional Modes Instability Resulting from Electromechanical Coupling under Large Disturbance;
大扰动下机电耦合引起扭转模式不稳定机理的研究
18.
Research and Application of the "Solid-Liquid-Gas" Coupling Effect in Excavation Disturbed Area of Steep Coal Bed's High-stage Caving
急斜煤层高阶段综放开采扰动区内“固-液-气”耦合效应研究与应用