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应用hough变换检测圆的代码，很方便。(Hough transform circle detection application of the code, very convenient.)

说明：  基于主动轮廓模型的虹膜图像定位算法研究及其matlab实现(Iris recognization, Matlab, based on snake,actice countours)

fuzzy logic control of speed DC Motor

侧向定位蒙特卡洛仿真GDOP分析，验证了数据融合方法的精度(GDOP lateral positioning Monte Carlo simulation analysis to verify the accuracy of the data fusion methods)

使用最小二乘法对任意位置的椭圆进行数据拟合的程序，使用全部的边缘点集。(Anywhere using the least squares method for data fitting ellipse, the use of all of the edge point set.)

Matlab C++数学库对字符型阵列的操作(Matlab C++ Math Library operate on character arrays)

Very often I see people asking for a tool that offers more than 16 digits or so of accuracy. MATLAB itself only allows you to use doubles or singles in standard arithmetic, so that is the normal limit. The fact is, most of the time, if you can t do it with a double, you are doing something wrong. Good practices of numerical analysis are worth far more than any high precision tool. Even so, there are times when you will have a use for a bit of extra precision. And some of you will just want to play in the huge number sandbox. While some of you may use tools like that written by Ben Barrowes, HPF is written purely in MATLAB, so no compiles are needed. For all of you, whatever your reasons, I offer HPF, a High Precision Floating point tool.

A grid with vertical spacing between rows Source Code for Andriod.

先对数据进行ARMA建模，再在ARMA建模的基础上进行Kalman滤波已经运行通过，而且效果很好(ARMA modeling data first, and then on the basis of ARMA modeling performed by the Kalman filter has been running, and the effect is very good)

改进差分进化算法在电力系统无功优化中的应用(Application of Improved Differential Evolution Algorithm in Reactive Power Optimization)