搜索资源列表
Hiris_detectia
- 头发，眼睛虹膜来识别位置的程序。使用说明： 1 。载入入中眼睛的图片。 2 。定位实验,可以直接使用。 -Hair, eye iris to identify the location of the program. Instructions for use: 1. Load the picture into the eye. Two. Positioning experiments can be used directly.
mySnake-2
- 主要完成了在虹膜识别中的虹膜定位功能，采用了动态轮廓模型（ACTIVE CONTOUR MODEL）-一个学生的毕业设计，支持开源-Mainly completed in the iris recognition function of the iris location, using a dynamic contour model (ACTIVE CONTOUR MODEL)- a student
loacation_nornmalization_iris
- 采用最小均方差法对虹膜瞳孔定位，虹膜外圆定位，归一化及其增强处理，圆拟合-Using least-mean-variance method of positioning the iris pupil, iris outer location, normalized and enhanced handling, circle fitting
iris
- 虹膜识别的完整程序，有图片，有说明，可以用-The integrity of the iris recognition process, there are pictures, there are shows that can be used
snake
- 在数字图像中虹膜位置的有效定位是虹膜识别的关键问题。用一种基于主动轮廓线模型的方法定位虹膜的位置，先用灰度投影法检测出瞳孔内的一点作为瞳孔的伪圆心，该圆心只要能落在瞳孔内部即可。然后以该伪圆心为中心，在其周围等角度间隔地取N个点作为初始的snake基准点，按照snake 的运行机制不断进化，直到虹膜的内边界为止。最后，计算进化后的snake形心和snake上的控制点与该形心的距离，取其平均值作为瞳孔的半径，动态轮廓模型的形心作为瞳孔的圆心，即可准确定位出虹膜内边界的位置。实验表明，与常见的定位方
21874319320085271121262946825
- matlab数字图像处理教程有友好的GUI操作界面，学习使用均方便-iris location Matlab source code, using a round, the method of testing a friendly GUI interface
code
- 是虹膜的定位和特征提取的代码，对于虹膜定位有一定的帮助。-Is the positioning of the iris code and feature extraction for iris location will certainly help.
iris_detection
- 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 i
pcasift
- 对虹膜识别的图像预处理各个步骤和虹膜图像特征提取 过程进行了研究，提出了一种虹膜定位算法-The image of the iris recognition iris image preprocessing steps and feature extraction process is studied, presents a iris location algorithm
hongmolocation
- 各种虹膜定位算法，包括基于几何特征、数学形态学以及综合特征的定位！-A variety of iris location algorithms, including those based on geometric characteristics, mathematical morphology, and integrated features of positioning!
image-recognition-
- 图像识别的MATLAB代码，包括人脸识别和虹膜识别，在数字图像中虹膜位置的有效定位是虹膜识别的关键问题。用一种基于主动轮廓线模型的方法定位虹膜的位置，先用灰度投影法检测出瞳孔内的一点作为瞳孔的伪圆心，该圆心只要能落在瞳孔内部即可。-Matlab source code of image recognition, including face recognition and iris recognition, iris position in the digital image in an eff
iris-location
- 使用中科院虹膜数据库，实现了虹膜内外边界定位-Iris database using the Chinese Academy of Sciences, to achieve both inside and outside the iris boundary localization
Integrodifferential-operator
- MATLAB实现基于Daugman的虹膜提取 程序输入一个眼部图像，然后从人眼图像中提取出虹膜。输出的图像在原图的基础上绘制出虹膜位置-MATLAB-based extraction procedures Daugman iris enter a eye image, and then extracted from the human eye iris image. Output image in the draw based on the original location of the ir
ytfytft
- 各种虹膜定位算法，包括基于几何特征、数学形态学以及综合特征的定位！-Variety of iris location algorithms, including those based on geometric characteristics, morphology and positioning of integrated features!
TRACKEYE811
- 包括瞳孔和虹膜的半径找眼睛的瞳孔部位和眼睛虹膜的部分 同时会标基础眼睛中心的位置 -找眼睛的瞳孔部位和眼睛虹膜的部分 同时会标基础眼睛中心的位置 包括瞳孔和虹膜的半径-Find parts of the eye pupil and the iris of the eye at the same time part of the logo based on the location of the eye including the pupil center and iris radius
IMECS2010_pp130-133
- This paper presents a novel adaptive algorithm to detect the center of pupil in frontal view faces. This algorithm, at first, employs the viola-Jones face detector to find the approximate location of face in an image. The knowledge of the face
SE_Computer_Engineering_2008_course
- An algorithm, which uses the center of the image as a starting point, is proposed to isolate the pupillary region. The initial estimate of the location of the pupil is then refined, and the iris is located by using the integrodifferential operator.
A-fast-Iris-Location-Algprithm
- 根据眼睛图像的几何特性，提出了一种基于最长弦的瞳孔定位算法，该算法能快速地检测到瞳孔的位置。-According to the eye image geometric characteristic, proposed one kind based on the longest string of pupil location algorithm, the algorithm can quickly detect the position of the pupil.
iris-normalization
- 本代码是利用灰度极小值的方法成功完成了虹膜瞳孔定位，并利用线性差值法对虹膜进行归一化处理，归一化的目的是方便对图像的进一步处理。-This code is the use of gray minimum method successfully completed the pupil, location, and linear differential method is used to analyse the iris normalization processing, the purpose
Iris-Location
- 虹膜识别预处理中的虹膜定位，主要使用VC++实现。效果不错。-Pretreatment of iris recognition iris location, the main use VC++ implementation. Good results.