Matlab_Graphics

MYADDER M-file for myAdder.fig MYADDER, by itself, creates a new MYADDER or raises the existing singleton*. H = MYADDER returns the handle to a new MYADDER or the handle to the existing singleton*. MYADDER( CALLBACK ,hObject,eventData,handles,...) calls the local function named CALLBACK in MYADDER.M with the given input arguments. MYADDER( Property , Value ,...) creates a new MYADDER or raises the existing singleton*. Starting from the left, property value pairs are applied to the GUI before myAdder_OpeningFunction gets called. An unrecognized property name or invalid value makes property application stop. All inputs are passed to myAdder_OpeningFcn via varargin. It s great code for learning GUI in Matlab simple and basic.

龙贝格算法。。。。。。。。。。。 (Romberg algorithm. . . . . . . . . . .)

基于OFDM中的LS和DFT信道估计算法(LS and DFT channel estimation algorithms in OFDM)

对符号LMS算法进行性能仿真，并将其和LMS算法的 误差性能和收敛性能比较(The symbol LMS algorithm performance simulation, and error performance and LMS algorithm and convergence performance comparison)

此程序用来计算MACD指标并对其有效性进行回测检验(This program is used to calculate MACD indicators and its effectiveness is back to the test)

关于蝶形宽带微带天线的设计 索引：蝶形宽带微带天线. 设计方案 排列效率 摘要：现在提出一种基于绝缘体衬底的有限长度的宽带微带天线的设计方法。这种方法快速、对计算精度要求较低，是建立在一蝶形天线进行二等分而形成的两个梯形天线的 。首先设计出单边的梯形部分，然后制作出相同的另一部分并在其顶点处将其连接。与理论计算相比在X波段上实验测量表现得很好。其有效带宽达到10.6％。 (One approach to an antenna book starts with a discussion of how antennas radiate. Beginning with Maxwell’s equations, we derive electromagnetic waves. After that lengthy discussion, which contains a lot of mathematics, we discuss how these waves excite currents on conductors. The second half of the story is that currents radiate and produce electromagnetic waves. You may already have studied that subject, or if you wish to further your background, consult books on electromagnetics.The study of electromagnetics gives insight into the mathematics describing antenna radiation and provides the rigor to prevent mistakes. We skip the discussion of those equations and move directly to practical aspects. )

k—均值分割，分割效果明显，在Matlab下完美实现(K-segmentation, segmentation obviously perfect realization in Matlab)

Souce code about fragment demo , how to control different fragments and their communication

说明：  matlab实现EBMA, 通过HALF PIXEL的算法来实现对图像的压缩.(matlab implementation EBMA, by HALF PIXEL algorithm to achieve image compression.)

神经网络遗传算法函数极值寻优————非线性函数极值寻优(Neural network genetic algorithm optimization function extreme nonlinear function extreme optimization)