suiji

基于MATLAB的递推最小二乘法辨识与仿真报告(MATLAB-based parameter identification with the Simulation Report)

matlab 计算定积分，知道一个概率密度，可以知道怎么画出来。(matlab computing definite integral, know a probability density, you can know how to draw it.)

secdond version pf DSPview code on matlab

在双 馈 式 发电 机简 化 等 值电 路 的基 础 上 建 立了 风 电 场 的 确 定 性 潮 流 模 型， 建 立 了 风 力 发电 机 的 随 机 分 析 模 型， 并 在 这 二 者 的 基 础 上 运 用 基 于 半 不 变量法的随 机潮流 进行计算(On the basis of double-fed generators simplified equivalent circuit on the establishment of a deterministic trend model for wind farms, the establishment of a stochastic model of the wind turbine, and based on the use of stochastic trend in semi-invariant law on the basis of both calculation)

通过有限差分对平行板电容器进行差分，然后求解泊松方程，求出空间电荷在平行板电容器中电场分布情况(Through the finite-difference differential pairs of parallel-plate capacitor, and then solving Poisson' s equation of space charge in a parallel plate capacitor in the electric field distribution)

利用MATLAB GUI设计实现图像处理的图形用户界面，利用MATLAB图像处理工具箱实现以下的图像处理功能： 1. 采用matlab Guide设计实现图像界面与按钮界面。 2. 连接摄像头，编写MATLAB初始化程序 3. 用摄像头采集一副图像，并能实现保存（使用控件按钮保存）。 4. 设计按钮实现对图像进行任意的亮度和对比度变化调整，显示和对比度变化前后的图像。 5. 设计按钮实现用户能够用鼠标选取图像感兴趣区域，显示和保存该选择区域。 (Designed and implemented using MATLAB GUI graphical user interface, image processing, using MATLAB image processing toolbox of image processing functions to achieve the following: 1. Designed to achieve an image using matlab Guide button interface with the interface. 2 Connect the camera to write MATLAB initialization procedure 3, with the camera capture an image and save to achieve (using the control button to save). 4 Design button on the image to achieve any change in the brightness and contrast adjustment, display, and contrast changes before and after images. 5 button design to achieve the user to select an image region of interest with the mouse, display and save the selected area.)

a)Refer to the LDPC presentation slides provided, and use the input data provided below to decode the codeword Repeat a) with new matrix H, codeword and σ^2 given below(a) Refer to the LDPC presentation slides provided, and use the input data provided below to decode the codeword Repeat a) with new matrix H, codeword and σ ^ 2 given below)

mimo alamouti diversity

通过KNN算法，实现WIFI室内定位在matlab环境下的仿真(Simulation of WIFI indoor location in Matlab environment through KNN algorithm)

Matlab教程 浅显易懂 推荐初学者学习(Matlab Tutorial for beginners to learn in simple recommendation)