搜索资源列表
fractal-coding
- 基于分形编码的目标识别方法研究 ,分形变换实质是找到图像内部存在的灰度自相似性迭代函数系数,则图像就可以用迭代函数的参数来表示-Based on fractal coding method of target recognition
lab2
- 代码实现栅格控制图像复原算法, 输入为栅格点图像point.bmp,变换后的栅格点图像point_sp.bmp, 以及变换后的目标图像, 输出为目标原图-Code grid control image restoration algorithm, the input for the raster point image point.bmp, transformed grid point image point_sp.bmp, and the transformed target im
Wh2
- 基于背景差分的运动图像检测,对运动目标进行跟踪-Motion based on background difference image detection
pudn2
- DCT变换在图像压缩中的实验 对视频的参考帧 和目标帧进行压缩的实验-DCT transform in image compression experiments on the video frames of reference frame and target compression experiments
T-Snake-model-for-image-segmentation
- ,本文提出了一种基于遗传算法的双T—Snake模型图像分割方法,它将双T—Snake模型解作为遗传算法的搜 索空间,这既继承了T—Snake模型的拓扑改变能力,又加快了遗传算法的收敛速度。由于它利用遗传算法的全局优 化性能,克服了Snake轮廓局部极小化的缺陷,从而可得到对目标的更精确的分割。将其应用于左心室MRI图像 的分割,取得了较好的效果。-This paper presents a genetic algorithm based on dual-T-Snake model f
output-PCNN-image-segmentation
- 由于图像的最短路径能准确地表示目标的边缘,显示强边 缘特征的像素有较低的局部代价值。因此,局部代价函数由下 面变化的边缘特征构造-Because the image of the shortest path to the target accurately the edge pixel edge features show strong local generation of a lower value. Thus, local changes in the cost function
Binaryzation
- 迭代法是基于逼近的思想,逼近的目标是使得:前景和背景的平均灰度值的平均值即为阈值。该方法的原理是:如果用某一阈值分割出的图像,其两部分平均值的中值,正好等于该阈值,那么这个阈值就是所求的阈值。-Iterative method is based on the approximation of the idea of approaching the goal is to make: the foreground and background is the average
photoHide
- 将目标信息隐藏在载体图像的相应位平面。可隐藏,可取出。-The target information hidden in the corresponding bit vector image plane. To hide, can be removed.
zhixin
- 对视频求目标质心的源代码,用于数字图像处理当中。-Center of mass of the target video seeking the source code for the digital image processed.
moment-invariants
- 不变矩对于图像旋转、放大、平移具有不变性 所以广泛用于目标识别-Moment invariants for image rotation, zoom, pan invariance it is widely used for target identification
pictuerchangge
- 设计内容:实现由原图像到目标图像的变化过程动画(原图像与目标图像尺寸相同)。-Design elements: the original image to achieve the goal of the change process animated image (the original image and the target image the same size).
Shadow-Removal-
- 《视频监控系统中运动目标检测的阴影去除方法》可以用于交通监控中图像处理阴影去除,对于学习阴影去除算法的学者有很大帮助。 -Approach for Shadow Removal of Moving Object Detection in Surveillance System
26921597motiontracker
- 图像中目标的定位, 边缘检测,检测目标并跟踪,-The positioning of the target image, edge detection, target detection and tracking,
image-segment
- 选取读入一份彩色图像,在运行Untitled.m程序时先用鼠标交互的选取一个颜色区域作为你要与其他色彩分割的目标,进行分割,鼠标选取好后,按ENTER健后出现分割节后。-Select a color image read in the first run Untitled.m program interacts with the mouse as you select a color region segmentation of color with other objectives, segm
depth-computer
- 对双目立体视觉摄像头中的两幅图像中的同一目标进行深度恢复计算,获取目标的实际空间中的深度距离-Of binocular stereo vision camera in the two images of the same target depth recovery calculation, the actual space for the target depth distance
growcut
- 该程序使用MATLAB编程实现目标标记的功能,并将图像与黑色背景叠加转化为二值图像-The program uses the MATLAB programming function of the target tag and the image is superimposed with a black background image into a binary
FFT
- FFT简称为快速傅里叶变换,是DTF处理的一般实现方法,一维距离成像就是对差拍信号进行FFT变换,变换所得到的幅值图像横坐标为距离信息,纵坐标为幅值信息,通过一维仿真,我们可以看到目标距离相对应的幅值信息。-FFT referred to as fast Fourier transform, is DTF processing general method, a d imaging is difference from pat signal FFT transform
contrast
- 对黑白图像进行滤波处理,然后目标提取,并计算目标形态属性-Black and white image filtering, and object extraction, and calculate the properties of the target form
visual-intelligent-surveillance
- 该代码用于实现视频监控/视觉监控/视频智能监控/视觉智能监控,具有友好的人机交互界面。在工作时,利用连接在计算机上的摄像头取得视频图像,通过背景减除、滤波、二值化处理、识别等技术,实现对视频目标的监控。-This code is applied to visual surveillance/video surveillance/visual intelligent surveillance/video intelligent surveillance which has a friendly h
(F)-SAR00
- 线性调频变标算法,用于合成孔径雷达成像。Input文件夹下的输入文件是由ANSYS剖分生成的目标的结构文件,计算完后的图像数据会存在output文件夹中,再在Matlab中调用draw_image.m即可显示出图像。-chirp scaling algorithm used for synthetic aperture radar imaging