资源列表
relative-orientation
- 该程序为连续法相对定向，以一张影像为基础，根据控制点的像点坐标求出其他影像相对于第一张影像的外方位元素-The program for continuous law relative orientation, with a image as the foundation, according to the control points like point coordinate work out other images relative to the first piece of image
CNN_Edge_extraction
- CNN图像边缘检测，是将细胞神经网络的标准版用matlab实现，比较简单易懂-CNN Image edge detection is realized on matlab,it is simple.
GAUSSIANBLUR_CODE
- 用c++写的，高斯滤波器的源代码，包含.h文件和.cpp文件-Using c++ written in the source code for Gaussian filter, including. H file and the. Cpp file
KALMANPI
- kalman跟踪行人,再视频场景中检测到行人的存在，并用红色矩形框对行人进行跟踪。-pedestrian tracking using kalman filter
Calibration
- 采用张正友于1999年提出的标定方法，用棋盘图片进行摄像机内参数及外参数计算。-Zhang Zhengyou used in 1999 calibration method, using chessboard picture camera intrinsic parameters and external parameters.
barcode
- 基于图像的条形码识别程序（识别EAN13码），只要条形码的背景部分是纯色，程序就能有相当强的鲁棒性。-Image-based bar code recognition program (recognize EAN13 code), as long as the background of the bar code is solid, the program can be quite strongly robust.
fcm
- 介绍几种模糊c均值聚类算法，利用该算法进行点云以及图像的分割。-fuzzy c means clustering
iris-recognizetion
- 虹膜识别的程序，采用matlab编写，主要是图像分割，特征提取部分-Iris recognition program using Matlab prepared, image segmentation, feature extraction part
homeworkofimageprocessing
- 数字图像处理作业，包括：bmp图像的读取，图像的缩放，直方图均衡化等操作的c代码，还有一些关于傅里叶变换，KL变换，哈达吗变换，huffman编码的习题。可以供学习这门课程的同学参考学习。-Digital image processing operations, including: bmp image reading, image scaling, histogram equalization, and other operations of the c code, and some on t
MatlAB1
- 求取图像信噪比 均方差 峰值信噪比 逼真度等的matlab 程序函数-Average Absolute Difference，Signal to Noise Ratio (dB)，Peak Signal to Noise Ratio (dB)，Image Fidelity，Mean Square Error，The difference between restoredimg entroy and originalimg，entroy
spm
- 自相位调制的傅里叶线性变换，无啁啾，附带的期刊从源码和仿真两个角度实现了SPM-Linear self-phase modulation of the Fourier transform, chirp-free, with source code and simulation journals from two angles to achieve the SPM
Filterbackproj
- matlab编写的CT图像的滤波反投影程序-matlab prepared CT images of the filtered back-projection program