matlab-statistics

说明：  将matlab数据转化为surfer网格格式文件，便于成图显示和其它编程语言的调用(The matlab data into surfer grid format for easy mapping shows and other programming languages call)

虚拟力的无线传感网络覆盖，光纤无线通信系统中传输性能的研究，music高阶谱分析算法。( Virtual power wireless sensor network coverage, Fiber Transmiss)

这里有几篇有关doppler frequency offset估计问题的相关文献，主要采用的是信道响应法，自相关法，循环前缀法来估计多普勒频移的。( Here are a few questions about the doppler frequency offset estimate of the relevant literature, is mainly used in the channel response, self-correlation method, cyclic prefix to estimate the Doppler frequency shift.)

DS证据推理的置信函数（bel）的计算函数，详细使用见该文件内的帮助说明(DS evidential reasoning confidence function (bel) calculation function, see the document in detail the use of the help that)

自编维纳滤波实现运动模糊图像的恢复与matlab自带的维纳滤波函数实现复原对比(Using Wiener filter to achieve the restoration of motion-blurred images and MATLAB with Wiener filtering function restoration contrast)

根据图像处理中hough转换的原理，从实际能运行的代码中修改得到能检测出图形中可共直线的点，并可改为显示2、3、4...点共线。 (hough transform for straight lines detect on graphic,the straight lines do not exist,but can formed by the multi points,maybe 2,3,4,...)

用矩阵法求权重，用于将多目标函数转化为单目标函数。(Find the right weight matrix method for multi-objective functions into a single objective function.)

This procedure in matlab to realize the image formed by movement displacement phenomenon, and to restore operation

提取故障发生时正向行波和反向行波的示例程序,本程序计算的是0模分量,设定仿真模型在0.035s时发生故障,故障分量取为从故障后的0.035s~0.039s减去故障前的0.015s~0.019s(Forward traveling wave and reverse traveling wave sample program to extract a fault occurs, the program calculates the 0-mode component, set the simulation model in 0.035s failure, the fault component is taken as from the failure 0.035s ~ 0.039s less before the failure 0.015s ~ 0.019s)

从均匀PCM方法入手，产生一振幅为1和频率ω=1的正弦信号，分别用8电平和16电平进行量化，在同一坐标轴上绘出原信号和以量化信号，并比较这两种情况下的信号/量化噪声比(Starting from the uniform PCM method to produce a 1 amplitude and frequency ω = 1 of the sinusoidal signal, respectively, with 8 levels and 16 levels were quantified in the same plot of the original signal and the axes to quantify the signals, and to compare these two cases, the signal/quantization noise ratio)