MonteCarlo

输出chebyshev映射的混沌序列，及其自相关、游程特性(Output chebyshev map sequence, and autocorrelation, run-length features)

jpeg matlab toolbox jpeg 编解码matlab实现，做试验用(jpeg Matlab toolbox jpeg codecs Matlab realized, as a test used)

基于simulink实现下垂控制，实现并网逆变器功率均分(Realize droop control based on simulink and realize power equalization of grid-connected inverter)

dynamic programming

一个自己写的前景提取程序，采用背景减除法得到运动前景，背景通过统计平均得到。(a matlab code for foreground Extraction , using background subtraction method to get moving foreground ,and we get the background by statistical averaging.)

风速线性滤波器，可对风洞试验及风速实测资料做简单滤波。(Wind speed linear filter can be measured wind speed of wind tunnel tests and information to do simple filtering. )

利用matlab软件产生高斯白噪声和有色噪声的程序及程序说明(Using matlab software to produce white gaussian noise and colored noise procedures and instructions)

一个基于matlab实现的流图分析工具的GUI源码。(A flow diagram based on matlab GUI source code analysis tools.)

实用MATLAB对图像进行处理，主要是图像的缩放，滤波 (Practical MATLAB image processing, image zoom, filtering)

The Z-source converter (ZSC) is a new topology in power conversion, which has unique features that can overcome the limitations of VSI and CSI [5]. Figure 2.1 shows the ZSC implemented as a 3-phase DC/AC converter (inverter). Although DC/AC conversion is the most common application of the Z-source topology, it can also be applied to AC/DC and AC/AC power conversions [24-25]. The X shape impedance is the Z-source network which is composed of two split inductors and two capacitors to provide a coupling between the DC source and the inverter bridge