全部

1·Multiple instances of Simulink block.

simulink块的多个实例。

2·Numerical simulation of the system at an operation point is done in the MATLAB/SIMULINK environment.

通过一个构造的参考模型提供过载及角速率控制指令。

3·The solution also provides integration and execution of The MathWorks MATLAB/Simulink models in real time.

该解决方案同时还提供实时的数学网络MATLAB／模拟连接模型的集成和执行。

4·A system model can be established easily using aircraft synchronous generator model built by SIMULINK together with PSB.

用SIMULINK建立起同步发电机模型，并将其与PS B模块联合使用，能方便灵活地建立起发电机故障暂态模型。

5·By using PID control, through the iterative learning algorithm, the PID control simulation is realized by using SIMULINK.

采用PID控制，通过迭代学习算法，在SIMULINK下实现了PID控制仿真。

6·Lastly, the paper USES SIMULINK to the compare differences between the nonlinear and linear manometer differential equation.

最后利用SIMULINK比较了非线性与线性流体压强计微分方程。

7·To reduce the wind disturbance error, the wind disturbance regular pattern is studied using a missile simulation system based on the SIMULINK.

为了减小再入段风干扰造成的误差，利用在Simulink中建立的数字打靶平台对它进行了研究。

8·SIMULINK emulation module of Nonlinear Integrator and the nonlinear compensation emulation of its control system have been achieved adopting MATLAB language.

采用MATLAB语言，构造了非线性积分器的SIMULINK仿真模块，并作了控制系统非线性校正的仿真。

9·In simulation, this paper makes use of the most popular scientific software, MATLAB, and develops the corresponding simulating system with the SIMULINK in it.

在进行仿真的时候，本文采用了广泛应用的Matlab，使用Simulink功能开发了相应的仿真系统。

10·Using fuzzy control method in starting system establishing a simulation model in MATLAB SIMULINK and having the corresponding simulation and simulation analysis.

启动系统采用模糊控制方法，利用MATLAB SIMULINK建立系统的数学仿真模型，并对仿真结果进行了分析。