earthquake-wave

it makes you availavle to use fullscreen in matlab

求解TSP问题，即在N个城市中各经历一次回到出发点，使所经过的路程最短。采用连续的Hopfield网络实现以5个城市为例的TSP问题。(TSP problem, that each of the N cities experiencing a return to the starting point, so that the shortest distance elapsed. Use continuous Hopfield networks to five cities as an example of the TSP.)

用迭代解的方法来求摄影测量中的相对定向元素(Iterative solution method to find the relative orientation elements in photogrammetry )

主要功能是turbo码的viterbi译码的matlab仿真(Main function is to viterbi decoding turbo codes matlab simulation)

说明：  电场积分方程与磁场积分方程的结合，用矩量法求解，应用matlab开发环境(Electric field integral equation combined with the magnetic field integral equation, using moment method, application development environment matlab)

1、LorenzData.mat - Lorenz 离散序列的数据文件，5000个点，内有变量：x,y,z 2、Volterra_main_luzhenbo.m - Volterra自适应预测主文件 3、Volterra_train.m - Volterra自适应预测训练部分 4、Volterra_test.m - Volterra自适应预测测试部分 5、PhaSpaRecon.m -混沌序列的相空间重构 6、TrainTestSample.m -相空间中点的轨迹分解成：训练样本与测试样本 7、PhaSpa2VoltCoef.m -由相空间构造 Volterra 自适应 FIR 滤波器的输入信号矢量 Un 8、FIR_MSE.c - 自适应滤波MSE算法，在matlab命令窗口中用：mex FIR_MSE.c 进行编译 9、FIR_MSE.dll - mex FIR_MSE.c 命令编译生成的动态链接文件(lorenzMATLAB simulation and analysis of system dynamics behavior, MATLAB simulation and analysis of system dynamics behavior)

这是一个关于混沌系统的比较全面的工具箱，包括混沌序列的产生、预测等！(This is a chaotic system on a more comprehensive kit, including the chaotic sequence generation, projection and so on!)

光伏电池的最大功率点跟踪simulink模型 (PV maximum power point tracking simulink model)

线性调频信号产生 带宽为240MHz 脉冲宽度为5us(Chirp signal bandwidth of 240MHz generate a pulse width of 5us)

仿真比较4-QAM和4-FSK调制信号在RAYLEIGH衰落信道下的误符号率和误比特率性能(4-QAM and 4-FSK modulation signal simulation comparison in Rayleigh fading channel under the symbol error rate and bit error rate performance)