With development of information technology and necessity for high security, using different identification methods has become very important. Each biometric feature has its own advantages and disadvantages and choosing each of them depends on our usage. Retinal scanning is a bio scale method for identification. The retina is composed of vessels and optical disk. The vessels distribution pattern is one the remarkable retinal identification methods. In this paper, a new approach is presented for identification via retinal images using LBP and hog methods. In the proposed method, it will be tried to separate the retinal vessels accurately via machine vision techniques which will have good sustainability in rotation and size change. HOG-based or LBP-based methods or their combination can be used for separation and also HSV color space can be used too. Having extracted the features, the similarity criteria can be used for identification. The implementation of proposed method and its comparison with one of the newly-presented methods in this area shows better performance of the proposed method.
翻译:随着信息技术的发展和高度安全的必要性,使用不同识别方法的信息技术和高度安全的必要性已经变得非常重要。每个生物鉴别特征都有其自身的优点和缺点,每个特征的选择都取决于我们的使用情况。视网膜扫描是一种生物规模的识别方法。视网膜由船只和光盘组成。船只分布模式是引人注目的视网膜识别方法之一。在本文件中,采用视网膜图象使用LBP和猪法进行识别提出了新方法;在拟议方法中,将尝试通过机视技术准确区分视网膜容器,机视技术在旋转和大小变化方面将具有良好的可持续性。基于HOG或LBP的方法或其组合也可以用于分离,HSV的颜色空间也可以使用。在提取这些特征后,可使用相似的标准进行识别。拟议方法的实施及其与这一领域新出现的方法之一的比较表明拟议方法的更好表现。