数学仿真

姿控系统数学仿真CAD软件研究

Research on Mathematical Simulation CAD Software of Attitude System

基于Matlab的单自由度振动系统的数学仿真实验

Mathematical Simulation Experiment of Single-Freedom Vibration System 's Characteristic Based on Matlab

GPS接收机关键模块数学仿真

Mathematical Simulation of the Key-modules of GPS Receiver

基于.NET反射和XML的数学仿真模块库重用技术

The Reusable Technology for Modules Library of Mathematical Simulation System Based on . NET Reflection and XML

Bayes数据融合方法及其在水下目标检测中的数学仿真验证

Underwater Target Detection Using Bayes Data Fusion Method

BTT导弹H∞鲁棒自动驾驶仪的6DOF数学仿真

DOF Mathematical Simulation for BTT Missile with H ∞ Robust Autopilot

IRST系统的数学仿真研究

Mathematic Simulation Study to IRST System

通过对压水堆数学仿真的研究，建立了基于MFC和Vega平台的压水堆数学仿真模型。

The mathematical simulation model for PWR based on the platform of MFC and Vega is built through the analysis of the mathematical simulation of PWR .

无论数学仿真还是实物仿真结果，均验证了基于ETF的解耦控制器设计方法的有效性。

The results of both mathematical simulation and the experimental test demonstrate that the ETF based decoupling control strategies are simple and effective .

首先建立了飞行器再入时制导、导航和姿控GNC系统一体化的六自由度数学仿真模型。

In this paper , the six degrees-of-freedom simulation mathematical model of the GNC system is built at first .

首先给出了RBF网络的学习算法，然后根据全补偿原则设计了神经网络补偿姿态控制方案，最后结合某型卫星的姿态控制系统设计实例，进行了数学仿真。

At first , we presents the learning algorithms of RBF NN , then designed NN compensation based attitude control scheme according to full-compensation principle . Finally , numerical simulation is presented for a certain satellite .

应用ANSYS软件建立了自升式平台和冰相互作用的数学仿真模型，对自升式平台进行了动力分析和桩腿的极限强度和疲劳强度校核。

The digital model for interactive action between ice and platform was established by applying the ANSYS software system , and the dynamic analysis of jack-up platform was performed , and the ultimate and fatigue strength of platform was assessed .

基于中频发电机AC-DC整流模块产生共模干扰的机理，利用频域法对共模干扰电压进行了计算，并通过MATLAB数学仿真得到了其频谱图，该方法可以推广到其他电力电子系统的电磁干扰分析计算中。

Based on the mechanism of the common-mode EMI from AC-DC rectification module of intermediate frequency generator , the voltage of common-mode EMI is calculated using frequency domain method , and the spectrum diagram is obtained by mathematical simulation via Matlab .

文章第三章以工程上的Ⅰ型系统Ⅱ型系统的设计为准则，对YNST驱动控制系统中的电流环、速度环和位置环进行PID调节器的设计和数学仿真。

In the third chapter , according to the model I and II systems , the design of the current loop 、 velocity loop and positional loop is given and the parameters of their PID control are presented .

首先建立了控制增稳系统（CAS）与机械操纵系统（MCS）的交联耦合模型，通过对某机飞行操纵系统数学仿真与铁乌台架实测曲线比较，验证了它的正确性；

Coupling vibration when the control augmentation system ( CAS ) coupling with the mechanical control system ( MCS ) is a difficult problem . This paper first proposes a mathematical coupling model . Through the comparision with the experiments , the model 's validation is proved .

制冷空调系统冷凝器分布参数模型及数学仿真

The Distributed Parameter Model and Mathematical Simulation of Refrigeration Conditioning Condenser

直流电动机调速双闭环系统的数学仿真

Mathematical Simulation of Double Closed Loop Speed Regulation System of DC Motor

运载火箭姿控系统数学仿真软件设计

Mathematical Simulation Software Design of Launch Vehicle Attitude Control System

激光致盲干扰效果的评估准则与数学仿真

The Evaluation Criterion and Math Simulation on Jamming effect of The Laser blinding

最后，给出了数学仿真算例和仿真结果。

A simulation example is given to show the effectiveness of those estimators .

建立了系统液压元件的功率键合图模型，并获得相应的数学仿真模型。

And the corresponding mathematic simulation models are established .

通信对抗数学仿真系统的设计也基于可重用模块库这一基本形式。

The Communication Countermeasure Mathematical Simulation System is also based on this pattern .

然后，对自主定轨方法进行了研究，提出了将强跟踪滤波方法作为导航滤波方法，并进行数学仿真模拟。

Then the strong tracking filtering method is proposed for the autonomous orbit determination .

运载火箭数学仿真数据库管理系统

Mathematical Simulation Database Management System of Launch Vehicle

末制导雷达数学仿真试验

Mathematical Simulation Test for Terminal - guide Radar

最后，通过数学仿真给出稳定系统的性能指标。

Finally , the performance of this stable system is given through mathematics simulation .

鱼雷跟踪目标深度起伏机理分析及全弹道数学仿真研究

Analysis of the Torpedo Depth Fluctuation in Tracking and Research on Whole Trajectory Simulation

嵌入式软件数学仿真测试研究

Embed Mathematical Simulation Test Research for Software

论文对所提出的控制算法都进行了理论分析和数学仿真验证，结果充分表明，所提出的各种控制方案均能很好地完成相应的姿态控制任务。

The results show that all the control schemes commendably achieve the attitude control missions .

数学仿真在进行神经元网络分析时，运算速度成了最大的瓶颈。

When doing mathematical simulation in neural network analysis , computational speed becomes the main limt .