complex-network-simulation

数字信号处理实验（第二版）chapter1源程序代码(DSP PROGRAMS)

預失真是一種用於改善無線電發射機放大器線性度的技術。大多數電信系統中的無線電發射機放大器需要是“線性的”，因為它們必須準確地再現其輸入端存在的信號。 壓縮其輸入或具有非線性輸入/輸出關係的放大器導致輸出信號濺到相鄰的射頻上。 這會對其他無線電信道造成乾擾。(Predistortion is a technique used to improve the linearity of radio transmitter amplifiers. Radio transmitter amplifiers in most telecommunications systems are required to be "linear", in that they must accurately reproduce the signal present at their input. An amplifier that compresses its input or has a non-linear input/output relationship causes the output signal to splatter onto adjacent radio frequencies. This causes interference on other radio channels.)

最小二乘ESPRIT (LS-ESPRIT)的Matlab实现与相关性能分析，直接由特征值确定DOA，大大减少了计算量；不需要精确知道阵列流型向量，对阵列校准要求不严格。(analysis and performance to LS-ESPRIT achieved by the Matlab, DOA value is determined directly by the characteristics, greatly reducing the amount of calculation do not need to know the exact array manifold vectors, not strictly on array calibration requirements.)

本程序能实现离线的数字识别，在MATLAB下运行，同时可以用其中部分代码实现图像的灰度，二值化，细化，归一化等功能，采用Bp神经网络。(This procedure can achieve the number of off-line identification, in the MATLAB run, at the same time part of the code can achieve one of the gray-scale images, binarization, thinning, and other functions normalized using Bp neural network.)

说明：  这是一个c++实现的基本遗传算法 很好用的，只要按照提示输入数值区间就行了或者自己把那个函数改一下就可以做了。(c++ to achieve a good basic genetic algorithm used)

以ofdm作为调制方式的发送端的信道编码的matlab程序(With ofdm modulation of the transmitter as the channel coding matlab program)

说明：  MIMO 最大似然算法代码 自己写的 仅做参考(MIMO maximum likelihood algorithm code)

说明：  matlab 在运筹学中的应用: 之线性规划例程(Matlab tacticians in the application : a linear planning routines)

Name:neural Network Control, for Matlab,tipical description for control problems with NN method, additionally, there are some useful examples to be referenced.(Name : neural Network Control, for Matlab, tipical description for problems with control NN method, additionally, there are some useful examples to be referenced .)

基于BP和RBF的函数逼近编程及仿真，含仿真结果和分析比较(Approximation programming and simulation-based BP and RBF functions, including analysis of the simulation results and compare)