Tmattlab_PLLLh

比较生存曲线可以用统计假设测试日志秩检验。它是用来测试的零假设，没有任何区别的人口的生存曲线（即概率事件发生在任何时间点是相同的每个人口）.这个函数使用卡普兰曲线的程序来估计生存函数.(Comparison of two survival curves can be done using a statistical hypothesis test called the log rank test. It is used to test the null hypothesis that there is no difference between the population survival curves (i.e. the probability of an event occurring at any time point is the same for each population). This function use the Kaplan-Meier procedure to estimate the survival function, so it is mandatory to download )

MYW - ARMA 算法的MATLAB代码, 是频谱分析(通常是在高级DSP这门课中会用到的)的常用算法(MYW- ARMA algorithm MATLAB code, Analysis of the spectrum (usually at the senior DSP This class will be used) to the commonly used algorithm)

最新的张量分析工具箱，版本2.6,可进行高阶奇异值分解(HOSVD).(Tensor Toolbox (Sandia National Labs) Version 2.6 06-FEB-2015 Tensor Toolbox for dense, sparse, and decomposed n-way arrays)

用matlab实现了彩色图像的缩放，采用的是双线性插值算法！(Matlab achieved using the zoom color images, using bilinear interpolation algorithm!)

产生必需的高斯导函数和目标辐射掩蔽，确定高斯导函数的系数并画出最终信号的psd(have the necessary Gaussian function and goals guided radiation shelter. I. Gaussian function to determine the coefficients and the mapping out of the final signal psd)

数值分析及其MATLAB实验。对学习matlab很有帮助，可以复制参考程序呀！(Numerical analysis and MATLAB experiments. Useful for learning matlab reference program can copy it!)

Power Distribution 3 phase fault demo using simulink

MIDACO是一般的优化问题求解器。 MIDACO可应用于连续（NLP），离散/整数（IP）和混合整数（MINLP）的问题。问题可能被限制在平等和/或不等式约束。 MIDACO适合多达数百至几千优化变量的问题。 MIDACO实现了一个自由衍生物，启发式算法的处理方法处理的问题，因为黑盒可含有关键功能特性，如非凸性，不连续或随机噪声。(MIDACO is a solver for general optimization problems. MIDACO can be applied to continuous (NLP), discrete/integer (IP) and mixed integer (MINLP) problems. Problems may be restricted to equality and/or inequality constraints. MIDACO is suitable for problems with up to several hundreds to some thousands of optimization variables. MIDACO implements a derivative-free, heuristic algorithm that treats the problem as black-box which may contain critical function properties such as non-convexity, discontinuities or stochastic noise.)

对从金属棒材中提取的超声缺陷信号经过自适应滤波以后的极坐标显示图(polar graph of ultrasonic defect signal)

plot-SV-model-ct.m调用SV-model-ct可产生S-V信道模型，进而得到信道脉冲相应的幅度时延关系图(plot-SV-model-ct.m call the SV-model-ct SV channel model can be generated, and then get the corresponding channel pulse amplitude delay graph)