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Goal of the project was to use numerical methods for solving systems of ordinary differential equations (ODE) using MATLAB software. As in previous assignments first of all I had to research for algorithms, which would be helpful during evaluation of each task, later on I was able to implement and test numerical methods for solving given problems. Each student received electric circuit containing different elements to solve. Each task is presented under separated heading, with its full description, problem discussion, my approach for solving it and explanation.

Direct Torque Control, Induction Motor Vector Control Without an Encoder dtcc

How to design antenna

二维FDTD算法仿真，并带完全匹配层，输入波形为高斯波、平面波(Two dimensional FDTD algorithm is simulated, with a complete matching layer, and the input waveform is Gao Sibo and plane wave)

基于LMS算法的噪声对消程序，设定了正弦信号，及噪声(LMS noise cancellation Set in a sinusoidal signal, and noise)

MATLAB画图 目的是学会怎样使用MATLAB软件 来绘制各种图形 包括平面图和三维立体图(The purpose is to learn how to draw MATLAB using MATLAB software to draw various graphics including floor plans and three-dimensional map)

simulink的例子 包括源 接收器等 很多 很全哦(simulink examples include the source of the receiver is wide Oh, and many other)

最优化计算方法中 有关于拟牛顿法的一段小代码 可以看看(Optimization method in the Quasi-Newton method on a small section of code that can look at)

说明：  用Matlab编写的用Powell方法求函数极小点程序(Written with the Matlab function using Powell method for solving minimum point procedure)

地球和月球二轨道动力学建模和仿真，完整的参数输入仿真结果(moon and the Earth s orbital dynamics modeling )