搜索资源列表
matlab
- Matlab下读取avi视频文件并进行基于邻帧差法的视频目标运动检测-in matlab,reading avi video detect motion in base of the adjacent frame difference method
beijingfa
- 在vc++6.0下，利用opencv函数库，使用背景差分法检测车辆，并显示背景帧，和前景帧-Use opencv library in vc++6.0, using the background subtraction method detects the vehicle, and the background frame, frame and prospects
MATLABTIQUZHEN
- 同学的毕业设计，用matlab编的关键帧提取的代码，参考了光流法的代码。是基于帧差的欧式距离，均值，方差，差异系数下的关键帧提取。代码调试通过，运行结果理想，与大家分享下-Students graduating from the design using matlab key frame extraction code, reference optical flow method code. Frame difference is based on the Euclidean distance,
d
- 关于帧差法的特征提取的代码，用于图像识别，和图像分割-On the frame difference method for feature extraction code for image recognition, image segmentation and
The-Frame
- 本程序运用帧间差分法进行运动目标的检测，通过帧间差分法获得差分图像，然后运用数学形态学进行处理，突出运动目标-This procedure using the inter-frame difference method to detect moving targets, the difference image obtained by inter-frame difference, then processed using mathematical morphology, highlightin
use-matlab2
- 用matlab实现帧间差分法 亲测可用 求通过 -use matlab to realise zhenjianchafenfa
jj
- 三帧差法的实现，用于动态目标检测，分出背景和前景-Three implementation of frame differential method for dynamic target detection, the background and foreground
zhenchafa
- 基于帧差法的运动目标检测的的程序，很好用-Frame differential method based on moving target detection procedures, very useful
FrameDifference
- 帧间差分法对运动目标的检测-matlab code
vidio object detection
- 用帧差法提取视频中的运动目标（静态背景）(Extracting moving objects in video by frame difference method)
backgroundsubtraction-master
- 通过对每帧的图像与背景模型进行对比，进而提取前景目标(By comparing the image of each frame with the background model, the foreground target is extracted)
代码
- 静态背景 ，显著目标提取，帧间差分法，背景差分法，运动目标提取(Moving object extraction)
guanjianzhen
- 关键帧提取的帧间差分法实现，亲测可运行。(Key frame extraction)
基于帧差法与Vibe算法的matlab前景提取代码
- Vibe 运动目标检测 基于matlab(Vbie Moving Target Detection)
帧间差法视频目标检测
- 基于帧间差分法的视频目标检测系统 运动目标自动检测是对运动目标进行检测、提取、识别和跟踪技术，在许多领域都有重要应用。使用帧间差分法设计并实现视频目标的检测系统(Video Target Detection System Based on Interframe Difference Method Moving object automatic detection is a technology of detecting, extracting, recognizing a