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用M语言编写的画多元数据标准化后再画平行坐标图代码，数据用的是一组蔬菜油（国际期刊）数据，写得不好，多指教。(Sputum M reclaimed land 的画多 knife 编 La prayer Kam 据标 sulfur 化后 pain 画平 contract 标 lin-hao 代码, Kam Kok 据 sputum 的 菜 FOR?组remonstrance (国际期刊) Kam 据, reclaimed land 得不好, 多 Ning 教.)

MATLAB高级讲义实例5(SIMULINK仿真基础)(MATLAB examples of senior notes 5 (SIMULINK simulation based))

《matlab图像处理与界面编程宝典》秦襄培 编著，第2-第9章的MATLAB源代码程序，对现有代码补充完善(Matlab image processing and interface programming Collection" Qin Xiang Pei-ed,from chapter 2 to 9 of the MATLAB source code program)

平面波展开法计算能带，计算速度快，资源占用少(Plane wave expansion method to calculate the energy band, fast calculation)

介绍了F16的动态方程，并给出了其simulink实现方式和控制算法。(Introduce the dynamic model of F16 and give its simulink model and control algorithm.)

阵列信号处理课件，详细系统的讲解了阵列信号处理的方法与算法(Array signal processing system, detailed explanation of the array signal processing method and algorithm )

ITU-R国际降雨衰减预测模型,信道建模，仿真，降雨衰减预测 (ITU-R International rain attenuation prediction model, channel modeling, simulation, rain attenuation prediction)

DFA算法。用matlab实现的DFA算法，不保证效率，只保证能运行。(DFA algorithm. DFA algorithm using matlab realize, does not guarantee efficiency, is only guaranteed to run.)

使用MySin函数生成一个幅值为3、频率为10Hz的正弦信号x(t)，其中dt分别为0.1s、0.08、0.05s、0.005s。绘出四个正弦信号波形及其单边幅值谱(Use MySin amplitude function generates a 3, a frequency of 10Hz sinusoidal signal x (t), where dt respectively 0.1s, 0.08,0.05s, 0.005s. Sinusoidal waveform and draw four-sided amplitude spectrum)

通过给出的随机过程，该随机过程是由3个实正弦信号组成，归一化频率分别为0.1,0.25,0.27，其中相位是相互独立在【0,2*pi】上分布的随机相位；噪声是均值为0、方差为1的实高斯白噪声，信噪比为30db,30db,27db,观测样本数为N，通过bartlett法，Welch法，周期图法计算随机过程的概率谱(Given by stochastic process, the stochastic process is composed of three real sine signal, the normalized frequency were 0.1, 0.25, 0.27, including phase is independent in [0, 2* PI] on the distribution of random phase Noise variance is the mean to 0, 1 real gaussian white noise, signal to noise ratio of 30 db, 30 db, db, and the observation sample for N, by bartlett, Welch, periodogram spectrum method to calculate the probability of the random process)