Review on Image Annotation Techniques and its Applications

Pritam Mahire
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Abstract

Image annotation is a most useful technique for social media websites, most of the applications like Facebook, Instagram, Flicker uses automatic annotation technique. These applications allow a user to define free image tags, contributing significantly to the development of the retrieval and organization of web images. Searching image by tags is an important part of an image viewed by a user on social websites. There are many kinds of applications which use image annotation and one of them is Flicker. Flicker application allows user to annotate images with the set of descriptors such as tags, labels, keywords however in that application one of the drawback of duplication of the images with same tags, and which is not reliable for the diversity of Flicker application. The main challenge is to remove duplication of image in order to provide diversity of the images. One of the goal is to re-rank the images by their visual information, semantic information and social result for the particular image count. Typically, each user provides multiple images, so the task is to order the images by a ranking process. User who has a major contribution to the image which gives high rank on the basis of view count and the re-rank the image by user classified image set on the basis of feature extraction of that image by using Canny Edge Detection algorithm for the colour feature, texture feature and detection of edges of a particular image, which is useful for removing the duplication of images.
图像标注技术及其应用综述
对于社交媒体网站来说,图像注释是一项最有用的技术,大多数应用程序如Facebook, Instagram, Flicker使用自动注释技术。这些应用程序允许用户定义免费的图像标签,对网络图像检索和组织的发展做出了重大贡献。通过标签搜索图像是用户在社交网站上查看图像的重要组成部分。使用图像标注的应用有很多种,其中之一就是Flicker。Flicker应用程序允许用户使用一组描述符(如标签、标签、关键字)对图像进行注释,但是该应用程序的缺点之一是使用相同的标签重复图像,这对于Flicker应用程序的多样性是不可靠的。主要的挑战是消除图像的重复,以提供图像的多样性。其中一个目标是根据图像的视觉信息、语义信息和特定图像计数的社会结果对图像进行重新排序。通常,每个用户提供多个图像,因此任务是通过排序过程对图像进行排序。对图像有重要贡献的用户根据浏览量给出高排名,并根据用户分类图像集对该图像进行特征提取,使用Canny边缘检测算法对特定图像的颜色特征、纹理特征和边缘检测对图像进行重新排名,这有助于消除图像的重复。
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