anli1

Hilbert-Huang Transformmatlab程序，及word版程序详单，这种算法用于机械行业故障诊断(Hilbert-Huang Transformmatlab procedures, and single-word version of the procedure in detail, the algorithm for fault diagnosis of machinery industry)

以实际所测随机中子脉冲数据的自相关函数为研究对象，借助仿真实验，开展Elman神经网络对不同浓度核材料进行识别的研究。在实测数据的基础上，通过叠加随机噪声，模拟产生了不同浓度核材料的相关函数样本用于神经网络的训练与测试，实验结果表明，(Calculating the stochastic neutron pulse autocorrelation function with the actually measured data as the research object, we carry out different simulate experiments in concentration identification of varied nuclear materials using Elman neural network. Superimposing random noise on the measured data, we get correlation function samples simulating the different concentrations of nuclear material for training and testing the neural network.)

说明：  运用newmark法对多自由度的动力方程求解(Using Newmark Method to Solve Dynamic Equations with Multiple Degrees of Freedom)

该算法是在去除模糊图像中噪声的算法，处理后取得了很清晰的图像，是图像处理的一项重要内容。(The algorithm is to remove noise in images blurred by the algorithm, after obtaining a very clear image, is an important part of image processing.)

基本的人工鱼群算法的整体实现 包含各个鱼群行为(Basic overall implementation contains all the fish behavior of artificial fish algorithm)

毕业设计 混沌系统的非线性控制同步 含参考文献(chaos_with_nonlinear_controller)

说明：  对简单闭环系统的PID控制参数进行优化，得到最佳的控制效果。使用时将该文件夹设为matlab默认文件夹，用simulink打开.mdl文件，在命令行窗口输入.txt文档中命令，可以得到优化后的P、I和D参数。(The PID control parameters of the simple closed-loop system are optimized to obtain the best control effect. With using these codes, the folder must be set as the default folder of matlab, then open the. MDL file, and input the commands of . TXT document in the command line window. The optimized P, I and D parameters will be obtained.)

利用hough变换检测图像中的直线，得到检测直线的参数与首位端点，并在原图中标出所检测到得直线。(Detection using hough transform image of the straight line parameters to be detected with the first endpoint, and the Original bid to get straight out of the test.)

模糊控制三相异步交流电动机的建模及其仿真(Fuzzy control modeling and simulation of three-phase asynchronous AC motor)

捷联惯导初始对准程序，主惯导与子惯导初始对准(SINS initial alignment procedure, the main INS and sub-inertial alignment)