2005-Boukhezzar-Nonlinear-Control-of-Variable-Spe

GUI Matlab from calculate a chain code, skeleton, area ,perimeter.

matlab计算振子天线增益和极化方向。(matlab for antenna)

IEEE 2013 base papers on power electronics

Matlab code for genetic algoritm

matlab图像处理实例详解源程序，很好很实用的图书源码，供给大家一起学习，共同进步哈。(Detailed examples matlab image processing source code, very very useful book source and supply everyone learning and common progress ha.)

数字下变频器的matlab仿真，包括基带信号的调制，然后经过混频模块、CIC模块、FIR模块最后得到基带信号的过程。很多地方都批有详细的注释，很容易理解。(Digital down converter matlab simulation, including the modulation baseband signal, and then after mixing module, CIC module, FIR module finally get baseband signal process)

The WSN clustering based upon fuzzy logic has been discussed, which elaborates the step wise clustering on the different distances. One directional clustering has been represented. The fuzzy clustering has been represented the right to left connection establishment. The energy consumption has been monitored over the given simulation.

对图像rgb分割，输入图像，可得到R.G.B分别图像。最终得出分割图像(Rgb image segmentation, the input image, each RGB image available. The final segmented image obtained)

CD ER ER ERF DF DDF DF DFDFVF D

The cross-entropy (CE) method attributed to Reuven Rubinstein is a general Monte Carlo approach to combinatorial and continuous multi-extremal optimization and importance sampling. The method originated from the field of rare event simulation, where very small probabilities need to be accurately estimated, for example in network reliability analysis, queueing models, or performance analysis of telecommunication systems. The CE method can be applied to static and noisy combinatorial optimization problems such as the traveling salesman problem, the quadratic assignment problem, DNA sequence alignment, the max-cut problem and the buffer allocation problem, as well as continuous global optimization problems with many local extrema.