lihaoyu

这是我学习《MATLAB程序设计与应用》刘卫国、陈昭平　 一书时第一章和第二章的课后习题 目录 exponential_e.m exsub.m fheritage.m initialise.m matrix.m matrix2.m matrixm.m matrix_c.m matrix_mul.m mult.m mywork1201.dll mywork1201.m normcdf_.m p41_4.m p41_5.asv p41_5.m p41_6.m p41_7.m p41_8.m p64_1.m p64_2.m p64_3.m p64_4.m p64_5.m p65_10_1.m p65_10_2.m p65_10_3.m p65_6.m p65_8.m(This is my learning "MATLAB design and application procedures," Liu Weiguo, Chenzhaobeng a first book chapters I and II of the after-school catalog exponential_e.m exsu Exercises b.m fheritage.m initialise.m matrix.m matrix 2.m matrixm.m matrix_c.m matrix_mul.m mult.m mywork1201.dll mywork1201.m normcdf_.m p41_ 4.m p41_5.asv p41_5.m p41_6.m p41_7.m p41_8.m p64_1.m p64_2.m p64_3.m p64_4.m p64_5.m p65_1 0_1.m p65_10_2.m p65_10_3.m p65_6.m p65_8.m)

DSP编程,c语言和matlab常用算法 (DSP programming, c language and Matlab algorithms)

带免疫功能的粒子群算法，在matlab环境实现。(With immune function of particle swarm optimization, in the matlab environment realize.)

神经计算的MATLAB教程，包含常用算法实现及其原理，BP/HEBBIAN/SMO等等，神经计算专用(The MATLAB neural computing tutorials, including the commonly used algorithm, BP/HEBBIAN/SMO, etc., etc., dedicated neural computing)

开关磁阻电机，电流斩波控制，编写m函数计算转矩脉动系数，电流滞环控制(Switched reluctance motor, current chopping control, write a function to calculate the torque ripple coefficient m, the current hysteresis control)

说明：  图像稳定的程序，VC编写，很实用，对正在学习的朋友有帮助。(Image stabilization procedures, VC preparation, very practical, and helpful friends are learning.)

美国sunpower A300电池单元仿真电路，光照强度、温度试验数据(US sunpower A300 cell circuit simulation, light intensity, temperature test data)

2级倒立摆模型，matlab仿真,需要的可以看一下(2_daolibai code)

约束问题的DFP算法，关于牛顿法的一种改进(Constraints DFP algorithm, an improvement on Newton' s law)

DESCRIPTION: This Matlab algorithm performs many tasks associated with power system analysis. First, it has the ability to perform both fully coupled and dc power flow analysis. Second, it has the ability to create measurements (with user-defined error) to be used as input for state estimation. Third, it has the ability to perform state estimation - allowing the user to examine how the placement of measurement devices as well as magnitude of distibution of measurement error affect the discrepency between power flow and state estimation results. In essence, it provides the user with a complete package for the study of both power flow and state estimation in n-bus power systems.