QPSK

Newton-Armijo code for scalar equations: Inputs: X = initial iterate, F = function, TOLA = absolute error tolerance, TOLR = relative error tolerance, JDIFF = 0, analytic derivative, syntax: [f,fp]=f(x), JDIFF = 1, forward difference derivative , Output: x=approximate result, HIST = array of iteration history

说明：  经典功率谱估计的matlab仿真。利用的是直接法(classic power spectrum estimation of Matlab simulation. The use of the direct method)

matlab生成LDPC的H矩阵，消除4环，同时列重为3，很好的例子(based matlab generate H matrix of ldpc)

m伪随机序列Matlab源代码，很不错，值得看看(m pseudo-random sequence Matlab source code, very good, we can look at)

This mex-file reads SHPT_POINT, SHPT_MULTIPOINT, SHPT_ARC, and SHPT_POLYGON shapefiles into structures. Other requirements： Requires shapelib (http://shapelib.maptools.org). (This mex-file reads SHPT_POINT, SHPT_MULTIPOINT, SHPT_ARC, and SHPT_POLYGON shapefiles into structures. Other requirements： Requires shapelib (http://shapelib.maptools.org).)

说明：  用matlab编写的几个小程序，有关于矩阵的计算，神经网络的训练。数据的输入输出等。(Matlab prepared with a few small procedures have on the calculation of the matrix, neural network training. Such as data input and output.)

单信道OOFDM单边带传输Matlab代码(Single-channel single-sideband transmission Matlab code OOFDM)

用matlab编写，用RBF网络，来模拟一个已知函数（阶跃函数）(Written with matlab using RBF network, to simulate a known function (step function))

文件中有一个经典guide编程案例，那是我用了一个晚上写的函数。因为调用了其它一些函数，我将其编译成*.dll。可以查看本函数代码，调试执行的是*.dll文件。因为函数是在matlab6.5下编译的，故在matlab6.1环境下无法演示。 其中涉及界面的创建，回调函数的调用，函数之间的参数传递，以及其它guide编程的处理方式。(document is a classic case programming guide, which is the one I used to write at the function. Call because of some other function, I will compile it into*. dll. This function can view code, debug the implementation of the document*. dll. Because the function is compiled under matlab6.5, so they are unable to matlab6.1 environment demonstration. Which involves the creation of the interface, a call to a callback function, function parameters between the transmission, guide and other programming approach.)

Bode and Nyquist plot generator using frequency domain