资源列表
BarcodeWindowsForms-(1)
- 工业二维码识别包括ECC200，datamatrics以及普通二维码的识别 使用才c# 窗体实现-Industry recognition includes identifying the use of two-dimensional code ECC200, datamatrics and ordinary two-dimensional code only c# form realization
cgdemo
- 在使用中点画线法的思想，编程实现bresenham画线法，代码添加有注释-In use, the dotted line method of thinking, programming bresenham line drawing method, add the code annotated
Stripe_make
- 生成正弦条纹灰度图，可调整相位，显示像素-make strips chart
Assignment4
- 描述了群体运动，使得两个物体之间既不会相离很远也不会相离很近，然后物体们会朝着同一个方向前进-It describes the group sports, so neither phase between two objects very far away one would not close, then the object they will move in the same direction
CurveLab-2.1.3
- 对2为图像进行curvelet变换，得到图像的不同分量-curvelet trans for a image
FastICA_23
- 对图像进行独立成分分析，可用于图像提取、图像去噪等-apply independent component analysis to a image. this code can be used as feature extraction and image de-noising.
GLCM
- 计算图像的灰度共生矩阵，并基于该矩阵得到14个纹理特征-feature extraction based on GLCM
PCA_see_dis
- 根据训练数据特征以及类别信息，测试数据特征以及类别信息，观测PCA产生的前三个分量的性能。-use PCA to see the discriminating performance
graph
- 编写程序，输出图的邻接矩阵，输出两种遍历序列，并求出最小生成树-Write a program that outputs the adjacency matrix output two kinds of traversal sequences and finding the minimum spanning tree
AOE
- 2、设计一个程序求出完成整项工程至少需要多少时间以及整项工程中的关键活动。 实验步骤： ①、在Java语言编辑环境中新建程序，输入如下图所示的AOE网； ②、按照关键路径求取步骤，求出各个顶点的最早开始时间和最迟开始时间； ③、求出各个活动的最早开始时间和最迟开始时间； ④、找出该AOE网的关键路径，并计算出该项目的完成时间。-How much time, and the whole project is a key activity in the design of
main_ff
- 检测三维胸部图像中脊柱的位置，根据huogh变换检测圆，根据不同层脊柱的位置一致性进行后处理-spine detection based on location and hough transform for a 3D chest images
loc_im_MSfilter
- 我们先借助Mean Shift算法的分割特性将灰度值相近的元素进行聚类，然后，在此基础上应用阈值分割算法，达到将图像与背景分离的目的。-We first use the division characteristics of the Mean Shift algorithm, the grey value of similar element in the cluster, and then, on the basis of using threshold segmentation algori