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[Other resourceEAR

Description: 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,需要在耳识别过程中增加一个耳区域定位步骤,这并不影响耳特征的提取,而眼毛对虹膜的遮挡将直接影响虹膜特征的提取。头发对于耳的遮挡可以容易地避免,而眼毛对于虹膜的遮挡是生理结构决定的,也是难以避免的。其次,就目前的技术而言,虹膜采集需要测试者与采集装置之间的位置在机器发出的语言提示下进行不断地调整,同时要瞪大眼睛,使虹膜尽可能暴露,初试者通常要反复多次调整才能够达到要求,而耳采集方式与脸采集方式基本相同,测试者很容易达到拍摄图象的要求条件。最后,虹膜采集装置的成本要高于耳采集装置。-ear recognition technology of the 20th century, the beginning of the end of the 1990s the rise of a biometric identification technology, and other biometric identification technology compared with the following characteristics : (1) and face recognition methods, Ear Recognition from facial expressions, cosmetics and beards change, while retaining a facial recognition image acquisition convenience advantages, and face, the ears of the whole person more consistent color. Image size is smaller, the amount of data processing are even smaller. (2) and fingerprint identification methods, the ear image acquisition is a passive way, through non-contact ear acquire images, and there is no disease transmitted by the opportunity, therefore, its way to obtain information is easily accepted advantages.
Platform: | Size: 202988 | Author: 蒋建军 | Hits:

[Graph Recognizeface

Description: 本文介绍了一种灰色图像识别中进行人眼睛定位的算法,首先是根据人脸的水平灰度直方图来确定眼睛的位置,然后, 通过计算眼眶部分像素点的垂直灰度直方图来确定两眼中心,接着从获得的区域中找出一定数量的灰度值小的点,对这些点进行添加、删除和计算,实现眼睛的定位.
Platform: | Size: 1664093 | Author: 闫慧 | Hits:

[Other resource070125

Description: :通过人眼图像来检测驾驶员疲劳驾驶是目前的主流方向,面部及眼睛定位是其中关键的环节。针对驾驶员疲 劳检测系统,结合图像处理和模式识别技术,提出一种基于人脸面部特征的人眼定位方法。经实验验证:该方法实时性 好,可用于不同背景、光照、旋转和偏转角度,以及睁闭眼、戴眼镜等多种复杂条件下的眼睛定位。
Platform: | Size: 94605 | Author: 张海水 | Hits:

[Special Effectsprepare TrackEye_SourceCode

Description: 利用opencv进行眼部识别跟踪,可以选择webcam或是视频文件输入
Platform: | Size: 204022 | Author: bjjtxinxin@126.com | Hits:

[Documents基于眼裂的人脸图像归一化.doc

Description: 针对人脸识别中图像前期处理的人脸图像归一化问题,用AdaBoost Cascade方法检测出人脸和眼裂,提出以两眼裂中心点连线为基准进行水平旋转和尺度的归一化矫正方法。与通常的利用两眼瞳距方法相比较,该方法更加快速准确,能处理多达20°的倾斜,对戴眼镜、图像模糊、俯视、仰视、斜视等情况的鲁棒性更好。 A novel approach was presented, using the line between the two center points of the palpebral fissures of two eyes to normalize the face images for the image pretreatment of face recognition. The AdaBoost Cascade method was used to detect faces and palpebral fissures. It could deal with tilt from 0°to 20°, and get more robust outcomes than that using the line between two pupils commonly in dealing with the image being veiled, overlooking, looking up, sidelong and having on glasses.
Platform: | Size: 614400 | Author: lichaoyou | Hits:

[Special Effectseyefinder

Description: 国外著名大学成功的人脸检测示例中的人眼检测!包含多种环境下的代码-famous University of face detection example of the human eye inspection! Covering a wide variety of environment code
Platform: | Size: 775168 | Author: 黄炜 | Hits:

[Special EffectsRecogniztion_2

Description: 人脸眼睛分割源程序,可以很好的标分出瞳孔的位置以及大小。-face separate source eyes, a good standard of the separation of the position of the pupil size.
Platform: | Size: 3072 | Author: chenxue | Hits:

[AI-NN-PREAR

Description: 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,需要在耳识别过程中增加一个耳区域定位步骤,这并不影响耳特征的提取,而眼毛对虹膜的遮挡将直接影响虹膜特征的提取。头发对于耳的遮挡可以容易地避免,而眼毛对于虹膜的遮挡是生理结构决定的,也是难以避免的。其次,就目前的技术而言,虹膜采集需要测试者与采集装置之间的位置在机器发出的语言提示下进行不断地调整,同时要瞪大眼睛,使虹膜尽可能暴露,初试者通常要反复多次调整才能够达到要求,而耳采集方式与脸采集方式基本相同,测试者很容易达到拍摄图象的要求条件。最后,虹膜采集装置的成本要高于耳采集装置。-ear recognition technology of the 20th century, the beginning of the end of the 1990s the rise of a biometric identification technology, and other biometric identification technology compared with the following characteristics : (1) and face recognition methods, Ear Recognition from facial expressions, cosmetics and beards change, while retaining a facial recognition image acquisition convenience advantages, and face, the ears of the whole person more consistent color. Image size is smaller, the amount of data processing are even smaller. (2) and fingerprint identification methods, the ear image acquisition is a passive way, through non-contact ear acquire images, and there is no disease transmitted by the opportunity, therefore, its way to obtain information is easily accepted advantages.
Platform: | Size: 202752 | Author: 蒋建军 | Hits:

[FlashMXFace_Detection_In_RGB_Model

Description: 人脸识别的程序,自己新做的!有需要的去看看吧。眼睛定位。-Face Recognition procedure, his new do! Go and see the needy. Eye positioning.
Platform: | Size: 118784 | Author: 杨肃 | Hits:

[Graph Recognizeface

Description: 本文介绍了一种灰色图像识别中进行人眼睛定位的算法,首先是根据人脸的水平灰度直方图来确定眼睛的位置,然后, 通过计算眼眶部分像素点的垂直灰度直方图来确定两眼中心,接着从获得的区域中找出一定数量的灰度值小的点,对这些点进行添加、删除和计算,实现眼睛的定位.-In this paper, a gray image recognition in the human eye location algorithm, the first is based on the level of facial histogram to determine the location of the eyes, and then, by calculating the orbital part of the vertical pixel histogram to determine the two Eye Center, and then from the region access to a certain number of gray value to identify a small point, on these points add, delete, and calculated to achieve the positioning of the eyes.
Platform: | Size: 1664000 | Author: 闫慧 | Hits:

[VC/MFC070125

Description: :通过人眼图像来检测驾驶员疲劳驾驶是目前的主流方向,面部及眼睛定位是其中关键的环节。针对驾驶员疲 劳检测系统,结合图像处理和模式识别技术,提出一种基于人脸面部特征的人眼定位方法。经实验验证:该方法实时性 好,可用于不同背景、光照、旋转和偏转角度,以及睁闭眼、戴眼镜等多种复杂条件下的眼睛定位。-: Adoption of the human eye images to detect driver fatigue is the main driving direction, face and eyes positioning is the key link. For driver fatigue detection system, combined with the image processing and pattern recognition technology, presents a human face on the Department of the characteristics of the human eye positioning methods. After experimental verification: the method in real time and can be used for different backgrounds, light, rotation and偏转角度, as well as the open eyes closed, wearing glasses and many other complex under the conditions of the eye positioning.
Platform: | Size: 94208 | Author: 张海水 | Hits:

[Graph RecognizeFaceDetect

Description: 能够比较准确的识别出人脸,对与眼、鼻子、头发、嘴进行定位-Be able to more accurately identify the people face, with eyes, nose, hair, mouth position
Platform: | Size: 3617792 | Author: 内向 | Hits:

[Special Effectsiris_detection

Description: 识别虹膜和眼毛位置程序。使用方法: 1.载入眼睛图片。 2. 定位实验->虹膜定位:确定虹膜圆心,以及虹膜内外环半径。 3. 定位实验->眼毛检测:结果为两条圆心为端点的折线段,标明没有眼毛的虹膜区域。-Identify iris and eye hair location. Use: 1. Loading eye picture. 2. Positioning Experimental->Iris Location: identification of the iris center and radius of the iris inside and outside the ring. 3. Positioning Experimental->eyes hair detection: the results are the two lines, indicating no eye hair region of the iris.
Platform: | Size: 742400 | Author: glory | Hits:

[GDI-BitmaptmpOflearningOC

Description: 处理眼瞳孔识别,使用VC,opencv,等等。自己根据别人的源码修改使用的。-Treated eye iris recognition using VC, opencv, and so on. According to modify their use of other people' s source.
Platform: | Size: 3072 | Author: jipeng | Hits:

[Special Effectsrecognize_face

Description: 利用灰度积分投影直接对人脸图像进行检测和眼睛定位是一种常用的算法,但是直接采用该算法会受到背 景、特征等因素的影响,识别准确率较低。提出了一种基于最大类间方差阈值和区域膨胀相结合的检测与定位算法。该算 法首先计算最大类间方差设置阈值,把灰度图像转换为二值图像并检测出人脸区域,然后通过对该人脸区域中的连通区域 进行膨胀及连通性处理,精确定位眼睛坐标。实验表明,此算法可靠,具有较好的识别效果。-face recognized
Platform: | Size: 1024 | Author: 周然 | Hits:

[matlabCircle_simular

Description: Matlab平台下检测开闭眼并且利用眼睛圆形度来识别眼睛状态-Matlab platform testing and use of the eyes open eyes closed to identify the degree of eye round the state
Platform: | Size: 1024 | Author: jiangshui | Hits:

[CSharpHW07

Description: 人脸识别,眼睛,口识别,还附加了照片识别(Face recognition, eye, mouth recognition, and also attached photo recognition)
Platform: | Size: 16107520 | Author: taotao44 | Hits:

[Documents基于眼电信号的行为状态识别算法的设计与实现 (1)

Description: 本文主要讲述的是通过EOG信号对视觉行为相关的活动(阅读、写字、看视频等)进行识别(This article is mainly about the recognition of visual behavior related activities (reading, writing, watching video, etc.) through the EOG signal)
Platform: | Size: 195584 | Author: iip-hpc | Hits:

[Special Effects基于图像处理的指针式仪表识别设计_赵菁

Description: 随着电子技术的发展,指针式仪表的数字化读数成为人们研究应用的热点。 论文给出了一种基于图像处理的指针式仪表数字化读取的技术方案,能够代替人 眼对指针式仪表进行检定和读数,提高了读数的准确性和效率,减少了人工的重 复性劳动。 论文首先介绍了与指针式仪表识别设计相关的图像处理知识,包括空间RGB 和YUV模型,灰度图像,图像的预处理方法,边缘检测及Hough变换原理,并在 MATLAB的软件平台上进行了算法仿真。(With the development of the electronic technology, the digital reading of the pointer instrument is becoming the hotspot. This paper proposes a technical scheme of pointer instrument digital reading based on image processing. It can replace human's eyes to pointer instrument for verification and readings. It improves the veracity and efficiency, reduces artificial repetitive work. The paper firstly introduces the knowledge of image processing which is interrelated with pointer instrument identification. It includes RGB and YUV color space model, gray image, the image preprocessing method, edge detection and the principle of Hough transform. Furthermore, the algorithm simulation is made on the MATLAB software platform.)
Platform: | Size: 1184768 | Author: Froth | Hits:

[Special Effects美狐美颜SDK开源版源码/美颜美型滤镜/美白磨皮大眼瘦脸/第三方直播美颜SDK源码

Description: 一、美狐美颜sdk介绍 美狐美颜sdk,基于人脸识别和图像渲染技术,为直播、短视频、自拍机等多种音视频业务场景提供美化方案,包含实时美颜、人脸美型、智能美妆、动态贴纸等功能。多平台适配,接入迅速、集成方便,支持功能拆分组合,支持离线。 二、美狐美颜滤镜功能介绍 1、实时美颜 自由调节美颜效果,支持多级调节,包含美白、磨皮、红润等 2、极致美型 利用人脸关键点检测技术,可对五官实时美化调整,包含大眼、瘦脸、瘦鼻等 3、动态贴纸 基于人脸识别和动态渲染技术,实现各类2D动态贴纸特效 4、智能美妆 基于人脸特征点和AI人像技术,实现对五官的美妆渲染、包含睫毛、唇彩、腮红等 5、一键美颜 可对面部全方位美化,支持优雅、可爱、精致、自然、网红、脱俗等效果 6、多彩滤镜 通过接入滤镜sdk,配合图像增强技术,打造浪漫、清新、唯美、粉嫩等效果 7、抖动特效 多种有趣炫酷的视频抖动特效,包含灵魂出窍、抖动、闪白、毛刺、幻觉等 8、哈哈镜特效 基于图像局部缩放算法,展示外星人、梨梨脸、方形脸、瘦瘦脸等趣味特效 9、表情识别 基于AI视觉识别技术,支持抬头、张嘴、眨眼等表情动作 三、美狐美颜sdk应用场景 娱乐直播 短视频 社交软件 美颜相机 自拍机 四、美狐美颜滤镜核心技术 人脸识别 基于人脸检测技术及人脸关键点识别,通过各类算法实现面部表情识别 人像处理 基于高精度人脸关键点检测,可轻松实现完美贴合脸型的实时智能美化 图像处理 通过图像融合、图像增强的技术打磨,实现更加真实自然的美颜滤镜效果
Platform: | Size: 43932575 | Author: meihumeiyan | Hits:
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