jun7

Matlab alaw mukaw ouptu

本程序旨在计算在整个调节时段的初末水位已知的情况下（水位均为170米），从后往前计算出每个阶段的各个水位到最后阶段的最优发电效益，逐步向前递推找出最大年发电效益，从而找到最优化的路径放入到矩阵LJ中，本程序未考虑防洪限制。(The purpose of this procedure is to calculate the optimal power generation benefit for each stage from the rear to the final stage (the water level is 170m) in the case where the initial water level of the whole adjustment period is known (the water level is 170m), and the maximum annual power generation benefit can be found gradually forward. In order to find the optimized path into the matrix lj, the procedure does not take into account the flood control limitation.)

MATLAB的一些参数设置的参考，方便对参数的设置，本人认为很好(MATLAB reference set some parameters to facilitate the setting of the parameters, I think a good)

Pass the Images Through Optics -- Use a Gaussian "Aperture Function" This code segement can use a measured aperture function just as easily - simply replace the next five lines by "load measured_aperture" where measured_aperture is the measured function strored in ASCII and the data stored in the file measured_aperture.mat is a MATLAB .mat file that contains the matrix apfunction. (in MATLAB type "help load" for how to use load and look at the c and fortran code that shows how to read and write MATLAB .mat files). (Note: When the Point Spread Function is Gaussian, then so is the Aperture function) To simulate the effect of the tracker optics, each of the movie frames is now blurred using a 2-D FFT (Fast Fourier Transform). The first frame of the resulting image is shown in Figure 1.

basic matlab coding regarding the localization algorithm

说明：  该程序是采用MATLAB编写的一个二维优化算法，对于初学者很有用！(that the procedure was prepared by using MATLAB a two-dimensional optimization algorithm, very useful for beginners!)

陈垚光《精通MATLAB GUI设计》实例源代码 适用于MATLAB界面编程学习(Chen Yao light " Mastering MATLAB GUI design source code examples for learning in the MATLAB programming interface)

说明：  Data management code

简单六杆机构的matlab编程实例，可求出六杆中各杆的角位移，角速度，角加速度和e点的速度与加速度，并绘制图像。(Simple six institutions Matlab programming examples, can be obtained the rod angular displacement, angular velocity, angular acceleration, and e point in six velocity and acceleration, and draw the image.)

This is a code for facial recognition. It is implemented in matlab.