搜索资源列表
facedect
- vc开发的人脸检测系统,可以对人脸及眼睛、嘴巴进行定位-vc development of face detection system, people can face and eyes and the mouth for positioning
face-location-example
- 人脸定位与识别的VC++实例。提供了友好的操作界面。输入人脸图像后,提供两种人脸区域的检测方法。然后在人脸区域中可自动标记眼睛、嘴巴、鼻子及边缘提取。-Face recognition and positioning of VC examples. Provide a friendly interface. Face image input, provide two kinds of people in the region face detection method. Then people
yujianchengxu
- 自编程序,主要用于驾驶中眼睛的定位,用matlab实现。-written procedures, mainly for driving the eye position, using Matlab to achieve.
FacialFeature
- 面部特征定位,主要是眼睛、鼻子和嘴巴的特征定位。-positioning facial features, mainly the eyes, nose and mouth features positioning.
face_detect_recognition
- 人脸的检测与定位算法源码,主用是采用人脸的灰度信息进行人脸的检测,并定位鼻子眼睛和嘴-Face detection and location algorithm source code, the main use is the human face of gray information Face Detection, positioning the nose and eyes and mouth
renlianDetection
- 基于YCrcb肤色模型的人连检测系统.用VC++实现.还包括人脸、眼睛、嘴巴的定位分割。-YCrcb color model based on the long-detection system. With VC. Also including face, eyes, Segmentation mouth positioning.
EAR
- 人耳识别技术是20世纪90年代末开始兴起的一种生物特征识别技术,与其它生物特征识别技术比较具有以下几个特点:(1)与人脸识别方法比较,耳识别方法不受面部表情、化妆品和胡须变化的影响,同时保留了面部识别图象采集方便的优点,与人脸相比,整个人耳的颜色更加一致、图像尺寸更小,数据处理量也更小。(2)与指纹识别方法比较,耳图象的获取是一种被动方式,即通过非接触方式获取耳图像,不存在通过接触传染疾病的机会,因此,其信息获取方式具有容易被人接受的优点。(3)与虹膜识别方法比较,首先,由于人脸和头发的存在,需
eyestate
- 通过将图形灰度化处理 加椒盐噪声 二次滤波 实现眼睛定位-Eye positioning by graphical grayscale processing and salt and pepper noise secondary filter
eyedetect
- 最小邻域均值投影函数及其在眼睛定位中的应用,一篇介绍人脸检测中眼睛定位的论文,指的借鉴。-Smallest neighborhood average projection function and its application in the eye location, eye positioning an introducer face detection paper, referring to the reference.
renl
- 实现了利用数字图像模式识别技术实现对人脸的自动检测与特征定位。包括有脸相似度计算、人脸轮廓提取、人脸定位、脸内轮廓提取、眼睛定位、鼻子定位和嘴定位等部分。-Achieved using digital image pattern recognition technology to the automatic human face detection and feature location. Include face similarity calculation, face contour ex
Fhaarcascade_a
- 脸部特征定位。用于对人的眼睛定位位的程序,采用vc编程 -Facial feature location. For the human eye location procedure using vc programming
FeyefinderTOOa
- 用于人脸检测中的眼睛定位 用MMATLAB编写可运行可直接使用。 -For eye location with MMATLAB writing can be run directly in the face detection.
matlabeyeloction
- 人脸眼睛定位程序。对程序进行差分处理,用矩形区域定位人眼。-Human face eye positioning. Differential processing of the program to locate the human eye, with the rectangular region.
FaceRecognition2013
- 人脸检测,眼睛定位,身份识别,极好的参考程序,希望对做这块的人员有参考价值-Face Detection, Face Recognition,Eye Location,a efficent application programmed by the pure c language,it is a refference to these personal that research to face recognition and software developing.
Face-Pose-Adjustment
- 这是基于眼睛定位的人脸位置矫正算法,他对于学习人脸位置矫正有很好的借鉴价值。-This is based on eye location face position correction algorithm for learning face position he has a very good reference value correction.
Digital-Algorithm
- 数字图像处理,运用眼睛定位算法用于鉴定驾驶员疲劳驾驶。-Digital image processing, using eye localization algorithm used to identify driver fatigue driving.
Adaboost-eye
- 基于Adaboost的人脸检测方法及眼睛定位算法研究-Research on face detection and eye location algorithm based on Adaboost
Face-Recognition-bp
- 人脸识别 基于bp神经网络眼睛定位提取向量-Face Recognition Based on bp Neural Network
视频检测
- 视频人脸检测,基于视频流获取图像,进行人脸和眼睛定位。(Video face detection is based on video stream to get images and locate faces and eyes.)
MATLAB疲劳检测系统(GUI界面)
- 1.基本内容 本设计目标在于利用Matlab强大的图像处理能力和实用便捷的编程方法,通过处理包含人脸的视频帧系列图像,灰度积分投影技术的眼睛定位方法,进而利用perclos计数,计算眨眼率,从而得到比较准确的疲劳状况。 2.具体要求 本设计基于灰度积分投影技术的眼睛定位方法,再结合perclos技术。首先通过图像预处理技术得到灰度分配较为均匀的图像,然后分别利用水平和垂直灰度积分投影曲线结合人脸的结构特征找到眼睛的位置坐标,实现了准确的眼睛定位,通过perclos技术技术眨眼率,根据先