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代码详细的书写了FSK的过程，其中分为相干与非相干两个部分。(Code written in detail the FSK process, which is divided into two parts coherent and incoherent.)

四种脉压信号仿真，包括线性调频，巴克码，简单的混沌，和HFM(Four kinds of pulse pressure signal simulation)

不同信噪比下，均匀圆阵方位角估计性能；谱峰搜索寻找最大值对应坐标；100次试验求均方根误差(azimuth estimation using UCA vernus different SNRs search the spectral peak and fing the maximum 100 trails to get RMSE)

基于小波多尺度分析的彩色图像检索方法的研究(Color image retri method based on wavelet multiscale analysis)

Article of Algorithm to Power Flow: Novel Method for Solving Radial Distribution Networks.

用matlab编程实现氢原子电子轨迹几率图(Hydrogen atom with matlab programming electronic tracks probability map)

MATLAB编程，又从函数使用到复杂程序的源代码，涵盖MATLAB所有基础知识(MATLAB programming, and from the function used to complex program' s source code, covering all the basics of MATLAB)

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. )

其中包括卡尔曼，扩展卡尔曼其仿真代码和仿真的图形。适用于三维情况，对弱机动目标跟踪精度较高。 (请输入您要翻译的文字内容或网页地址,回车即可翻译 其中包括卡尔曼，扩展卡尔曼其仿真代码和仿真的图形。适用于三维情况，对弱机动目标跟踪精度较高。 ON划词翻译ON实时翻译其中包括卡尔曼，扩展卡尔曼其仿真代码和仿真的图形。适用于三维情况，对弱机动目标跟踪精度较高。 Including Calman, extended Calman the simulation code and the simulation graphics. Applicable to the three-dimensional case, the weak maneuvering target tracking with high precision. )

Practical Matlab experiment for Series Resonamce