shiyanbaogao

提供一种求解最优哈密尔顿的算法---三边交换调整法，要求在运行jiaohuan3（三交换法）之前，给定邻接矩阵C和节点个数N，结果路径存放于R中。 bianquan.m文件给出了一个参数实例，可在命令窗口中输入bianquan,得到邻接矩阵C和节点个数N以及一个任意给出的路径R,，回车后再输入jiaohuan3,得到了最优解。 由于没有经过大量的实验，又是近似算法，对于网络比较复杂的情况，可以尝试多运行几次jiaohuan3,看是否能到进一步的优化结果。 (Provide an optimal algorithm Hamilton- trilateral exchange Adjustment Act, requiring running jiaohuan3 (c exchange) before a given adjacency matrix C and the node number N, the results of the path stored in the R in. bianquan.m document gives examples of a parameter can be in the command window, type bianquan, be the adjacency matrix C and the node number N and an arbitrary given path R,, carriage return after the input jiaohuan3, have been the optimal solution . After the absence of a large number of experiments, it is approximate algorithm, for more complex network situations, you can try to run several jiaohuan3, can look to further optimize the results.)

QAM调制软比特解调，能够更准确进行解调。(Soft bit QAM modulation and demodulation, can be more accurately demodulated.)

jade算法程序主要用于对多激励复杂情况下振动源的信号分离方法研究(jade Algorithm procedure is mainly used for the incentive more complex cases, study on the method of vibration source signal separation)

用矩量法求解积分方程，得到线天线表面电流分布(Solving integral equations by the method of moments, get wire antenna surface current distribution)

最大频率选择小波的实现的经典论文之一，非常有启发性(The realization of maximum frequency selective wavelets, one of the classic papers, very enlightening)

一个基于Lloyd-Max算法的最优量化器程序，其中lloydmax为主程序(Lloyd-Max quantization algorithm for the optimal procedure, lloydmax which mainly procedures)

ofdm system for wireless communication both transmitter and receiver part for AWGN channel.

另一种光照不均匀图像的图像增强法源代码，编译通过，效果良好(Another non-uniform illumination image image enhancement method source code, the compiler is passed, the effect of good)

说明：  SVM四分法代码，用matlab编写的，可以很好地运行。(SVM criss and cross code, written in matlab, you can run well.)

这是一个关于卷积编码和Viterbi译码的Matlab程序，现在把它们放在这里，希望对需要的人有些帮助。(This is a convolution coding and Viterbi decoding of Matlab procedures, now put them in here, I hope those who need some help.)