Animal Video Retrieval System using Image Recognition and Relationships Between Concepts of Animal Families and Species

Chinatsu Watanabe, Mayu Kaneko, N. P. Chandrasiri
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Abstract

In recent years, video streaming services have become increasingly popular. In general, the search function in a video sharing service site evaluates the relevance of a search query to the title, tags, description, and so on given by the creator of the video. Then, the search results with the highest relevance are displayed. Therefore, if a title is given to a video that does not match its content, there is a possibility that a video with low relevance will be found. In this research, (1) we built a new system that retrieves animal videos that are relevant to its content using image recognition. (2) By describing the relationships between the concepts of animal families and species and incorporating them into the retrieval system, it is possible to retrieve animal videos by their family names. Adding retrieval by animal family name enabled us to find species that have not been learned. In this research, (3) we confirmed the usefulness of our video retrieval system using trained neural networks, GoogLeNet and ResNet50, as animal species classifiers.
基于图像识别和动物科、物种概念关系的动物视频检索系统
近年来,视频流媒体服务越来越受欢迎。通常,视频共享服务站点中的搜索功能会评估搜索查询与视频创建者提供的标题、标签、描述等的相关性。然后,显示相关度最高的搜索结果。因此,如果给一个视频的标题与其内容不匹配,就有可能找到一个低相关性的视频。在本研究中,(1)我们构建了一个新的系统,该系统使用图像识别来检索与其内容相关的动物视频。(2)通过描述动物科和物种概念之间的关系,并将其纳入检索系统,实现了按动物科名检索动物视频。加上按动物名称检索,使我们能够找到尚未了解的物种。在本研究中,(3)我们证实了我们的视频检索系统使用训练好的神经网络GoogLeNet和ResNet50作为动物物种分类器的有效性。
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