dip_proj2

SAR图像三种滤波方法： 1、gamma_MAP滤波； 2、均方差滤波： 3、Lee滤波(SAR image filtering method three: 1, gamma_MAP filter 2, mean square error filter: 3, Lee filter)

A basic example of piano in Matlab

描述了PID控制规律及控制器实现及用Simulink建立PID控制器及构建系统模型与仿真方法。(Describes the PID control law and controller implementation and the establishment of a PID controller and build the system model and simulation method using Simulink.)

随机森林算法的一个分类器，对随机森林得到的分类结果进行投票，选择最高概率的类别作为最终的投票结果。使用于土壤图斑分解，精细数字土壤制图。(Random Forest algorithm of a classifier, random forest classification results obtained to vote to choose the highest probability of category as the final voting results. Use polygon decomposition in soil, fine digital soil mapping.)

插值与拟合的matlab实现，有较好的参考价值，光纤无线通信系统中传输性能的研究。( Interpolation and fitting matlab implementation, There are good reference value, Fiber Transmission wireless communication system performance.)

高通滤波器的matlab实现具体源代码，数字图像处理处理中最常用的高频提取方法。(High-pass filter matlab source code to achieve specific, processing of digital image processing to extract the most commonly used method of high frequency.)

Edge Dectection .. Sobel,Prewitt,Roberts,Marr,Canny,log and histograms photo and Boundarie Color Objects

说明：  MATLAB缺陷检测系统 该课题为基于形态学的缺陷检测，素材采用的是光伏板缺陷。通过灰度，二值化，边缘检测，形态学，开闭运算，去除小面积干扰等方法，判断出缺陷所在，定位，并且框出，且计算出各个块面积。配有一个人机交互界面，把缺陷个数，面积等分别显示到GUI界面上。(Matlab defect detection system This topic is based on the morphological defect detection, the material is photovoltaic board defect. Through gray level, binarization, edge detection, morphology, opening and closing operation, small area interference removal and other methods, the defects are identified, located, framed, and the area of each block is calculated. Equipped with a personal computer interface, the number of defects, area, etc. are displayed on the GUI interface.)

说明：  GSM系统卷积码和交织编码在突发信道和AWGN信道误码特性(GSM system convolutional code and interleaved coded in the emergency channel and AWGN channel BER performance)

LMS: Least mean squares (LMS) algorithms is a type of adaptive filter used to mimic a desired filter by finding the filter coefficients that relate to producing the least mean squares of the error signal (difference between the desired and the actual signal)