gmmkmeans

matlab环境下，采用指定个数的高斯信号对任意概率分布的信号进行模拟(matlab environment, using the specified number of Gaussian signals for any probability distribution of the signal to simulate)

The purpose of this code is to use GOOGLE translate to translate help of a command in MATLAB ( This code is written by M.A. (aka lftx). The purpose of this code is to use GOOGLE translate to translate help of a command in MATLAB to Turkish (you can modify it). So do not expect much. You need an active internet connection for this function to work The function uses a java package to use GOOGLE translate s API which is not developed by me, for detailed description of the java files you can check http://code.google.com/p/google-api-translate-java/ the usage of the file is very similar to the original "help" function and if you add the files to your matlab s path you can use it as you use MATLAB "help" function EXAMPLES: helptr eye EXAMPLES: helptr( why ) or helptr why The function has been working as of DEC 2010 I cannot guarantee that it would be working in the future, as google might change its API, or might not like your referring webpage or maybe your IP. )

intelligent control notes

在matlab实现UDP发送和接受数据的功能。(In matlab to achieve UDP send and receive data.)

用matlab实现神经网络算法用于锅炉故障检测，结果可实现(Using matlab neural network algorithm for boiler fault detection, the results can be achieved)

Programmi che descrivono l utilizzo delle CNN

一种改进的粒子滤波算法的研究 粒子滤波基本原理，通过改进权重计算、重采样算法， 计算速度得到提高。改进的算法在DSP系统中进行目标跟踪仿真，证明其具有速度快、 精度高的特点(An improved study the basic principles of particle filter particle filter algorithm, recalculation by improving the rights, resampling algorithm to calculate the speed improved. Improved algorithms for object tracking simulation DSP system proved its high speed, high accuracy)

Direct transmission energy protocol for Wireless sensor networks for heterogeneous setup.

this is module C that I wrote for FFT radix 2-2 1024 point.

实现兰乔斯迭代，瑞利商迭代，幂迭代，和grme算法(The realization of ranchos iteration, Rayleigh quotient iteration, power iteration, and algorithm grme)