搜索资源列表
PCNN
- 边缘提取是图像处理的基础工作,如何精确有效地提取边缘是图像处理领域相关学者讨论的热点问题,由此产生的各种边缘检测方法层出不穷并且得到了很好的应用,但这些方法都无法达到人眼识别物体边缘的精确程度-Edge extraction is foundation work of image processing,how accurate,efficient extraction edge image processing area is related to discuss the issues.
Fatigue-detection
- 疲劳检测,通过opencv实现人脸人眼识别和疲劳检测 -Fatigue detection by opencv for face recognition and eye fatigue detection
qqq
- 基于眼部识别的驾驶员疲劳检测方法研究,包括人眼提取,判断闭合程度-Research to identify driver fatigue detection method based on the eye
pilaojiashi
- 基于脑电波与人眼特征的疲劳驾驶检测系统的设计,详细讲述了人脸检测、人眼定位及最后的识别,对初学者有很好的参考价值-Driver fatigue detection system designed brainwaves features based on the human eye, a detailed account of the face detection, eye location and the final recognition of the value of a good refe
FaceDetectPBlinkDetect
- 本程序是在VS2005下运行的人脸、人眼和嘴部区域检测,主要用于驾驶员的疲劳状态检测-This program is face, eye and mouth area detection which runs under VS2005, it is mainly used for driver fatigue detection
detecting
- 检测人脸、人眼、瞳孔、眼角、鼻子、嘴角,源码在内,非常实用,值得学习-Face detection, eye, pupil, eyes, nose, mouth, including source code, very useful, it is worth learning
Hough
- 基于Hough变换的人眼虹膜定位方法,对于整幅图像检测效果不好,对于缩小范围的检测效果还可以-Hough transform based on human iris localization method
iris_localization
- 本代码采用一种改进的Hough变换检测、定位人眼虹膜的方法。代码为利用改进的Hough变换对虹膜进行定位的Matlab源程序。-This code uses an improved Hough transform to detect, locate human iris approach. Code for the improved Hough transform for iris location Matlab source.
Fisher
- 实现matlab gui 界面的人脸检测,通过点击人眼中心,实现识别-Achieve matlab gui interface face detection, by clicking on the eye center, to achieve recognition
image_norm
- 实现matlab 界面的人脸检测算法,通过点击人眼中心,实现识别-Achieve matlab interface face detection algorithm, by clicking on the center of the human eye to achieve recognition
face_detection
- 人眼定位 人脸检测 形态学处理 伽伯变换 二值化-Human eyes locating face detection morphological processing Gabor transform binaryzation
EyeDect
- 利用Hough变换对人脸图片中的人眼进行检测,随带可测试图片。-Use Hough transform human face in the picture of the human eye to detect, comes testable picture.
Program
- Matlab上简单的人脸检测及人眼识别.人眼识别基于人眼开度。-Face detection and eye detection using Matlab
my_camera
- 使用vision.cascadeobjectdetector检测视频帧中的人眼的位置。检测器使用提琴琼斯检测算法和检测训练分类模型。人脸跟踪使用KLT算法.能够减少人头倾斜造成的影响,只有第一次检测人眼,以后都是检测特征点,运算速度快。-Use vision.cascadeobjectdetector detects video frames eye position. The detector uses a detection algorithm Tiqinqiongsi classifica
facetectOJinYueFeng
- 基于人眼的疲劳检测,根据眼睛的张合度判断眼睛是否疲劳-Based on the human eye fatigue detection, according to Zhang eye fatigue degree determine whether the eye
003
- 人眼的跟踪,进行检测人们在对什么样的事件最感兴趣。-The human eye tracking, testing people on what kind of events are most interested in.
DetectEyes
- 运用C++检测人眼, 2)用opencv中检测人脸、眼睛、嘴巴等都是用的CascadeClassifier分类器,具体使用时可以使用C的函数,也可以使用opencv中使用C++封装好的类。下面是它们检测目标时的函数形式(从opencv官网复制的) C: CvSeq* cvHaarDetectObjects(const CvArr* image, CvHaarClassifierCascade* cascade, CvMemStorage* storage, double scal
face_detect
- 基于opencv实现实时从视频流中检测人脸和人眼,检测模板为haar特征模板,可以自己训练,也可以采用opencv自带的模板。-opencv face detect
0000face
- 针对光照变化对人脸检测及人眼定位的影响 , 提出一种基于肤色模型的人脸检测与人 眼定位方法 . 先对图像进行预处理 , 减少图像中的噪声 ; 再将 RGB 颜色空间转化到具有良好 肤色聚类特性的 YCbCr 色彩空间 , 利用 Gauss 模型进行肤色建模 ; 最后检测出人脸区域并确 定人眼位置 . -The influence of illumination changes on human fa
NIPS
- 对图像进行ICL显著性检测后得到显著性图,充分将图像里的显著部分提取出来,利于人眼观测识别-ICL was obtained after the detection of image saliency map, will be full of a significant portion of image in the extract, conducive to the human eye observation and identification