{"title":"基于聚类的名人卡通图像检索索引","authors":"Shivaprasad D L, D. S. Guru, K. R, Saritha N","doi":"10.1109/CCIP57447.2022.10058621","DOIUrl":null,"url":null,"abstract":"Celebrity cartoon image has its own attention as it characterizes a famous personality and also serves as a good platform to communicate the scenario, express emotions and makes it easy to perceive without much effort. Retrieval of celebrity cartoon images based on a query cartoon image is a difficult task because of the presence of caricatures, sketches, drawings, painting and artistic style variations. Matching cartoon images and retrieving them is a challenging task as artists may vary the same image with different styles and shape exaggerations for the same feature. A novel clustering based tree is constructed with different levels and each level with varied number of nodes. The nodes are expected to have similar images which are identified using partitional clustering. Tree based indexing is created by designating unique indices for each node. The indices are framed in such a way that they follow their parent node. The given query image traverses the tree till leaf node to retrieve the images based on a distance threshold. If the required number of images are not retrieved, then backtracking is done to retrieve the similar images in the other children nodes of same parent which are reached from the root based on the distance. The IIIT-Cartoon Faces in the Wild (IIIT-CFW) dataset is taken for the experimentation. Images considered in this dataset contains caricatures, paintings, cartoons and sketches of celebrities. Through analysis, it is found that the proposed approach performs well in terms of evaluation measures as precision and recall, time and number of relevant retrieved images. Also it can be used in reduction of search space in recognition of images as the retrieved relevant images could be used as a competent search space. Hence, the proposed approach aids subsequently the celebrity cartoon image recognition. The proposed approach is compared against two models as retrieval using linear search and linear search based on class representative.","PeriodicalId":309964,"journal":{"name":"2022 Fourth International Conference on Cognitive Computing and Information Processing (CCIP)","volume":"31 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2022-12-23","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"1","resultStr":"{\"title\":\"Clustering based Indexing of Celebrity Cartoon Images for Retrieval\",\"authors\":\"Shivaprasad D L, D. S. Guru, K. 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The indices are framed in such a way that they follow their parent node. The given query image traverses the tree till leaf node to retrieve the images based on a distance threshold. If the required number of images are not retrieved, then backtracking is done to retrieve the similar images in the other children nodes of same parent which are reached from the root based on the distance. The IIIT-Cartoon Faces in the Wild (IIIT-CFW) dataset is taken for the experimentation. Images considered in this dataset contains caricatures, paintings, cartoons and sketches of celebrities. Through analysis, it is found that the proposed approach performs well in terms of evaluation measures as precision and recall, time and number of relevant retrieved images. Also it can be used in reduction of search space in recognition of images as the retrieved relevant images could be used as a competent search space. Hence, the proposed approach aids subsequently the celebrity cartoon image recognition. 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引用次数: 1
摘要
名人卡通形象有其自身的关注,因为它刻画了一个名人的个性,也作为一个很好的平台来交流场景,表达情感,并且很容易被不费力气地感知。基于查询卡通图像的名人卡通图像检索是一项艰巨的任务,因为存在漫画,草图,图纸,绘画和艺术风格的变化。匹配卡通图像并检索它们是一项具有挑战性的任务,因为艺术家可能会对相同的图像进行不同的风格和形状夸张。构造了一种新的基于聚类的树,该树具有不同的层次,每一层次具有不同的节点数。期望节点具有相似的图像,这些图像使用分区聚类进行识别。基于树的索引是通过为每个节点指定唯一索引来创建的。索引以这样一种方式构建,即它们跟随它们的父节点。给定的查询图像遍历树直到叶子节点,以基于距离阈值检索图像。如果没有检索到所需数量的图像,则根据距离进行回溯,检索从根到达的同一父节点的其他子节点中的相似图像。实验采用IIIT-Cartoon Faces in The Wild (IIIT-CFW)数据集。在这个数据集中考虑的图像包括漫画、绘画、漫画和名人的素描。通过分析发现,该方法在查全率、查全率、检索相关图像的时间和数量等评价指标上表现良好。它还可以用于图像识别中的搜索空间缩减,因为检索到的相关图像可以作为有效的搜索空间。因此,所提出的方法有助于随后的名人卡通形象识别。将该方法与基于类代表的线性搜索和基于类代表的线性搜索两种检索模型进行了比较。
Clustering based Indexing of Celebrity Cartoon Images for Retrieval
Celebrity cartoon image has its own attention as it characterizes a famous personality and also serves as a good platform to communicate the scenario, express emotions and makes it easy to perceive without much effort. Retrieval of celebrity cartoon images based on a query cartoon image is a difficult task because of the presence of caricatures, sketches, drawings, painting and artistic style variations. Matching cartoon images and retrieving them is a challenging task as artists may vary the same image with different styles and shape exaggerations for the same feature. A novel clustering based tree is constructed with different levels and each level with varied number of nodes. The nodes are expected to have similar images which are identified using partitional clustering. Tree based indexing is created by designating unique indices for each node. The indices are framed in such a way that they follow their parent node. The given query image traverses the tree till leaf node to retrieve the images based on a distance threshold. If the required number of images are not retrieved, then backtracking is done to retrieve the similar images in the other children nodes of same parent which are reached from the root based on the distance. The IIIT-Cartoon Faces in the Wild (IIIT-CFW) dataset is taken for the experimentation. Images considered in this dataset contains caricatures, paintings, cartoons and sketches of celebrities. Through analysis, it is found that the proposed approach performs well in terms of evaluation measures as precision and recall, time and number of relevant retrieved images. Also it can be used in reduction of search space in recognition of images as the retrieved relevant images could be used as a competent search space. Hence, the proposed approach aids subsequently the celebrity cartoon image recognition. The proposed approach is compared against two models as retrieval using linear search and linear search based on class representative.