According to BLDC mathematical model and the movement principle, a simulation model of BLDCM control system by the SIMULINK and PSB block of software MATLAB is built in this paper.
根据无刷直流电机的数学模型和运行原理，通过MATLAB软件的SIMULINK和PS B模块，搭建了电机及整个控制系统的仿真模型。
The simulation model of induction motor is derived in MT axis, the simulation model of voltage source SPWM inverter is derived too, Both of their realization are presented by SIMULINK.
根据MT坐标系下交流电机的数学模型推导出它的仿真模型，同时得出SPWM逆变器的仿真模型，并在SIMULINK中实现。
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。
Controller was designed in MATLAB fuzzy logic toolbox, and fuzzy controller and taxiing model were used in SIMULINK condition, and the whole simulation model was set up.
在MATLAB模糊逻辑工具箱中对控制器进行设计，并将模糊控制器与滑跑模型应用于SIMULINK仿真环境，建立整体仿真模型。
The system simulation is done in SIMULINK. The design is done based on FPGA. With An optimized scheme which reuses multiplication and uses CORDIC algorithm is proposed.
通过三相锁相环在不同参数量值下和不同电网情况下的仿真分析了影响三相锁相环性能的参数，并对三相锁相环的系统性能做了分析、优化设计。
The mathematical models of propulsion, lifting systems and hovercraft hull are built in the paper. The simulation model is established based on MATLAB/SIMULINK with the method of system simulation.
建立了某型全垫升气垫船推进、垫升系统及船体的数学模型，采用系统仿真的方法，建立了基于MATLAB/SIMULINK仿真平台的仿真模型。
In this paper SIMULINK, a dynamic simulation tool in MATLAB software, is used to establish the simulation model of the asynchronous motor starting process, and simulation results...
利用MATLAB软件中的动态仿真工具SIMULINK建立了异步电动机起动过程的仿真模型，仿真结果验证了判据的正确性。
In this paper, SIMULINK simulation model of gain self-regulative neuron two-degree-of-freedom PID control is established, which is based on S-function. Also the simulation results are presented.
该文通过编写S函数的方法建立增益自调整的神经元二自由度pid控制的SIMULINK仿真模型，并给出仿真结果。
The result of simulation in MATLAB/SIMULINK indicates that the controller evidently improves the dynamic property of control system. The controller is easily realized and applied in engineering.
进行MATLAB/SIMULINK仿真，仿真结果表明，该控制器明显地改善了控制系统的动态性能，易于实现，便于工程应用。
Through the application of Matlab in Simulink toolbox of chaotic lu system simulation analysis shows that impulse control is an effective stabilization of chaotic systems by perturbation method.
通过应用Matlab中Simulink工具箱对lu混沌系统进行仿真分析，说明脉冲控制是有效的镇定受扰动混沌系统的方法。
The computer language of MATLAB has many merits on simulation and analysis of control system. In this article the method of the SIMULINK model on MATLAB is introduced.
MATLAB语言在控制系统仿真与分析方面具有众多优点，文章具体分析了基于MATLAB语言的SIMULINK模型的仿真求解方法。
According to the principle of material balance in well bores the method of dynamic simulation to describe the changing rules of submergence depth is established in the paper based on SIMULINK.
在现有研究基础上，根据井筒内物质平衡原理，建立了基于SIMULINK下沉没度变化规律的动态仿真方法。
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MATLABSIMULINK建立系统的数学仿真模型，并对仿真结果进行了分析。
A dynamic simulation tool, SIMULINK software package in MATLAB, is taken as the development tool, and applied in the dynamic response computation of the hydraulic servo closed-loop control system.
以MATLAB中动态仿真工具SIMULINK软件包为开发工具，将其应用于该液压伺服闭环控制系统的动态响应计算中，针对上述两种闭环控制系统，给出了考虑干扰量情况下的SIMULINK仿真方法。
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。
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。
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