rdgps

步进电机失步情况的一个仿真.这是一个比较完整的方针,但是仅仅考虑了在单个脉冲下的失步情况.(Stepper motor out-of-step situation in a simulation. This is a relatively comprehensive approach, but considered only in a single pulse under the out-of-step situation.)

Das Tagebuch von Fehrs

用matlab实现数据的导入与导出 内含经过调试的详细代码(The data input and export with detailed code)

MATLAB help file for OSSR

If you do not want to upload source code, you can join the

Direct Torque control of Induction Motor

对简单开式网前推回代法计算潮流方便，已通过编译，有运行结果(back forward power flow)

此例程为配套书籍的第六章例题7-19的相对应代码，功能为QPSK调制与解调，编程环境为matlab。(This routine supporting books Chapter Example 7-19 corresponding to the code for the function QPSK modulation and demodulation, programming environment Matlab.)

本附件包含在matlab环境下双谱分析源码的m文件，除了高阶谱，是用的比较广泛的一种。主要用于TDOA及弱信号检测等。可以动手下载后在matlab下运行之。和我前次发的高阶谱分析帖子一样，是要手动加入matlab高阶谱工具箱！ (This annex is included in the matlab environment bispectral analysis of source code of m documents, in addition to high-end spectrum, is widely used as a comparison. Mainly for TDOA and weak signal detection. Can begin download matlab running it. And my previous post issued order spectral analysis, is to manually add order spectrum matlab toolbox!)

说明：  惯性导航系统是以陀螺和加速度计为敏感器件的导航参数解算系统，该系统根据陀螺的输出建立起导航坐标系，根据加速度计输出解算出运载体的速度和位置。本程序依据比力坐标变换和姿态阵解算的方法，利用MATLAB仿真捷联式惯导系统中陀螺和加速度计的输出，得到角速度和加速度仿真数据。 本仿真可作为课程学习的参考例程，也可作为撰写期刊论文的基础例程，“main_model.m”是主程序，各子模块均有注释。(Inertial navigation system (INS) is a navigation parameter calculation system with gyroscope and accelerometer as sensitive devices. The navigation coordinate system is established according to the output of gyroscope, and the speed and position of carrier are calculated according to the output of accelerometer. According to the method of specific force coordinate transformation and attitude matrix calculation, the output of gyro and accelerometer in strapdown inertial navigation system is simulated by MATLAB, and the simulation data of angular velocity and acceleration are obtained. This simulation can be used as a reference routine for course learning and basic routine for writing journal papers_ Model. M "is the main program, and each sub module is annotated.)