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一种matlab与VC++混合编程的方法。供初学者参考学习。可以与MATLAB通讯。(One kind of matlab and VC++ mixed programming method. Reference for beginners to learn. You can communicate with MATLAB.)

基于脉冲耦合神经网络的图像边缘信息提取。基于脉冲耦合神经网络的图像边缘信息提取。基于脉冲耦合神经网络的图像边缘信息提取。(Pulse coupled neural network based on image edge information extraction. Pulse coupled neural network based on image edge information extraction. Pulse coupled neural network based on image edge information extraction.)

Subject Parser extends Header Parser Source Code for Andriod.

Inverter fault Analysis in Permanent Magnet Synchronous Motor using Matlab & Simulink

MATLAB程序设计教程之字符串、单元数组和结构MATLAB programming tutorial of strings, cell arrays and structures(MATLAB programming tutorial of strings, cell arrays and structure of the MATLAB programming tutorial of strings, cell arrays and structures)

面向MATLAB工具箱的神经网络理论及应用(Toolbox for MATLAB neural network theory and application)

fuzzy control codes, and rungakutta method, fuzzy trainnig etc

本文件主要内容是讲解关于matlab在win7下安装出现的问题(matlab win7)

功率谱计算方法，本文采用的是最大似然方法。(Power spectrum calculation method)

Circles We can extend the Hough transform to other shapes that can be expressed parametrically. For example, a circle of fixed radius can be described fully by the location of its center (x, y). Think of each feature (edge) point on the circle as saying, ”if I’m on the circle, the center must be in one of these places”. It turns out that the locus of these votes is itself a circle. But what about circles of unknown size? In this case, we need a third parameter: the radius of the circle. So, we can parameterize circles of arbitrary size by (x, y, r). Instead of casting votes in a circular pattern into a two-dimensional accumulator, we cast votes in circles of successively larger size in a three-dimensional accumulator.