ASIFT

永磁电机仿真相关程序，用Matlab编写，希望大家能用上！！！！(PMSM control！！Very Good！！！)

LINEINTRGAL Line Integral in a 2D Vector Field. LINEINTRGAL(X,Y,U,V,C) computes the line integral along the lines given in cell array C. X and Y define the coordinates of a rectangular grid over which U and V are defined. X and Y must be monotonic and 2D plaid as ％ produced by MESHGRID. X, Y, U, and V must all be the same size.(LINEINTRGAL Line Integral in a 2D Vector-Fi eld. LINEINTRGAL (X, Y, U, V, C) computes the line integral along the lines gi ven in cell array C. X and Y coordinate define the s of a rectangular grid over which U and V are defi ned. X and Y must be monotonic and 2D plaid% as pro duced by MESHGRID. X, Y, U, and V must all be the same size.)

说明：  本科毕业设计，基于FDTD法研究移动通信终端电磁辐射对人体的影响，内含毕业论文，论文对程序有详细的解释说明，包含人体受电磁辐射的SAR值二维渲染图，供参考。(Undergraduate graduation design, based on FDTD method to study the impact of electromagnetic radiation on the human body of mobile communication terminals, including graduation thesis, the paper has a detailed explanation of the program, including the two-dimensional rendering of the SAR value of the human body by electromagnetic radiation, for reference.)

uwb无线电基础代码，第八章，超宽带信道与接收机 。(based on UWB radio code, Chapter VIII, ultra-wideband channel and receiver.)

the matlab fem code for some beginers .you can have a look

SOR迭代法与高斯赛德尔迭代在洋流分析中的应用(Two iterative method in the analysis of the application of the ocean currents )

《空时无线通信导论》，第四章的所有图片的matlab的重现程序，和仿真结果。仿真程序包括MIMO信道容量、发射端不知晓信道信息时信道容量等程序。(" Introduction to space-time wireless communications," Chapter IV reproduce all the pictures of matlab procedures, and simulation results. The simulation program, including MIMO channel capacity, the transmitter does not know when the channel information channel capacity and other procedures.)

说明：  差分进化算法,是一种新兴起的智能计算方法.它能求解各种无约束优化问题.(Differential evolution algorithm, is a new emerging intelligent methods of calculation. It can to solve a variety of unconstrained optimization problems.)

A set of exercises for students - basics of digital modulation

finding the density matrices