搜索资源列表
FUZZY--LOGIC-EDGE-DETECTION
- by using this source code we can detect the edges of the image...which helps in the medical field and in satellite.
hough
- 实现基于Hough变换的边缘检测，通过该方法，获得较为明显的图像目标边缘。-Realization of edge detection based on Hough transform, the method, has more obvious image edges.
opencv1
- 读取图片，进行边界检测和处理。本程序主要是利用opencv写的，使用了常用的图像处理函数，对物体进行边界检测-Load an image,then process it and detect the edges of object in it
b
- It is about branching and bounding. This program identifies the minimum cost and shportest edges-Branch and bound
DDR3L_H5TC4G4(8_6)3AFR
- The H5TC4G43AFR-xxA, H5TC4G83AFR-xxA and H5TC4G63AFR-xxA are a 4Gb low power Double Data Rate III (DDR3L) Synchronous DRAM, ideally suited for the main memory applications which requires large memory density, high bandwidth and low power operatio
graph
- 图的构建，包括无向图有向图及其遍历，删除添加结点和边，广度遍历和深度遍历，并可打印出来图的结构-Figure Construction, including undirected graph directed graph traversal and delete nodes and edges add breadth and depth of traversal traversal
greedy
- 1）编程实现背包问题贪心算法和最小生成树prim算法。通过具体算法理解如何通过局部最优实现全局最优，并验证算法的时间复杂性。 2）输入5个的图的邻接矩阵，程序加入统计prim算法访问图的节点数和边数的语句。 3） 将统计数与复杂性函数所计算的比较次数比较，用表格列出比较结果，给出文字分析。 4）背包问题的实验数据如下表：n=8,m=110 -1) programming to implement the knapsack problem greedy algorithm and
P1
- 1、输入三个双精度浮点型数值，判断以这三个数为边是否能组成三角形，如果能，计算它的面积和三角形类型（等边、等腰、直角三角形）-1, enter the three double precision floating point values and judgment to the number three edges can form a triangle, if calculated its area and the triangle type (equilateral, isosceles,
TOPOLOGY
- 输入为一个有向图。边数为n，每条边的起点、终点均需输入。判断该有向图中是否存在拓扑结构，如果存在则输出，如果不存在则输出该有向图中的圈。-Enter as a directed graph. The number of edges is n, the starting point of each edge, end required input. The judge has the topology of the existence of the figure, if there is outp
matlab-code
- 实用的matlab代码：中值滤波器；用Sobel算子和拉普拉斯对图像锐化；梯度算子检测边缘；LOG算子检测边缘；Canny算子检测边缘-Practical matlab code: median filter Sobel operator and Laplacian image sharpening gradient edge detection operator LOG operator to detect the edges Canny edge detection operator
PowerNetwork
- 电网造价模拟系统，通过添加站点和边，来让电脑找出两点之间的最近距离，节省电网搭设的造价-Cost simulation grid system by adding sites and edges to let the computer find the shortest distance between two points, saving the cost of erection of the grid
Untitled4
- 实验实现邻接表表示下无向图的广度优先遍历。 程序的输入是图的顶点序列和边序列(顶点序列以*为结束标志，边序列以-1,-1为结束标志)。程序的输出为图的邻接表和广度优先遍历序列。例如： 程序输入为： a b c d e f * 0,1 0,4 1,4 1,5 2,3 2,5 3,5 -1,-1 程序的输出为： the ALGraph is a 4 1 b
afafa
- 本实验实现邻接表表示下无向图的广度优先遍历。 程序的输入是图的顶点序列和边序列(顶点序列以*为结束标志，边序列以-1,-1为结束标志)。程序的输出为图的邻接表和广度优先遍历序列。例如： 程序输入为： a b c d e f * 0,1 0,4 1,4 1,5 2,3 2,5 3,5 -1,-1 程序的输出为： the ALGraph is a 4 1 b
bfs
- 程序的输入是图的顶点序列和边序列(顶点序列以*为结束标志，边序列以-1,-1为结束标志)。程序的输出为图的邻接表和广度优先遍历序列。-Input to the program is a sequence of vertices and edges of a sequence diagram (sequence of vertices with* marks the end edge sequence-1,-1 for the end marker). The output of the prog
9713919
- 用Canny算子检测图像的边缘 P0404：图像的阈值分割 P0405-Use Canny operator to detect image edges P0404: image threshold segmentation P0405
Usctopyratortdetect
- 用Canny算子检测图像的边缘 P0404：图像的阈值分割 P0405-Use Canny operator to detect image edges P0404: image threshold segmentation P0405
RSJNQ3
- 用Prewitt算子检测图像的边缘 P0402：用不同σ值的LoG算子检测图像的边缘-Use Prewitt operator to detect image edges P0402: use different sigma value of LoG operator to detect image edges
GentorPOI
- 基于Oldenburg城市路网生成兴趣点，包括兴趣点的位置和一些静态属性。原始信息给的是路网的边的顶点和长度(Generating interest points based on Oldenburg urban network, including the location of interest points and some static attributes. The raw information is the vertices and lengths of the edges of
LK算法
- 利用openCV，首先利用goodFeaturesToTrack函数得到图像中的强边界作为跟踪的特征点，接下来要调用calcOpticalFlowPyrLK函数，输入两幅连续的图像，并在第一幅图像里选择一组特征点，输出为这组点在下一幅图像中的位置。再把得到的跟踪结果过滤一下，去掉不好的特征点。再把特征点的跟踪路径标示出来。(Using openCV, we use goodFeaturesToTrack function to get strong edges in the image as t
光流法运动估计OpticalFlow
- 利用openCV，首先得到图像中的强边界作为跟踪的特征点，调用函数，输入两幅连续的图像，并在第一幅图像里选择一组特征点，输出为这组点在下一幅图像中的位置。再把结果过滤，去掉不好的特征点。把特征点的跟踪路径标示出来。(Using openCV, we use goodFeaturesToTrack function to get strong edges in the image as the feature point tracking, next to call calcOpticalFlow