基于视频描述的并行多类递归神经网络视频检索系统

Saira Jabeen, Gulraiz Khan, Humza Naveed, Zeeshan Khan, Usman Ghani Khan
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引用次数: 7

摘要

近年来,图像和视频序列的基于内容的信息检索(CBIR)领域一直受到人们的关注。多媒体数据呈指数级增长,促使人们以方便、高效的方式管理、存储和检索多媒体内容。从静态图像和动态视频中提取视觉特征来执行检索任务。一旦提取了视觉特征,就需要在有效的时间内搜索和检索相关视频。本文利用了七个视觉特征;人的检测,情感,年龄,性别,活动,场景和对象检测,然后句子生成。然后,将生成的句子应用于多类递归神经网络(RNN)中,寻找视频的类型进行检索。在自生成数据集上对该框架进行了准确度、精密度和召回率评价。实验表明,该系统能够达到88.13%的准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Video Retrieval System Using Parallel Multi-Class Recurrent Neural Network Based on Video Description
In recent times, there has been continuous interest in the area of content based information retrieval (CBIR) for images and video sequences. Exponential increase of multimedia data has triggered a cause for managing, storing and retrieving multimedia contents in convenient and efficient ways. Visual features from static images and dynamic videos are extracted to perform retrieval task. Once visual features are extracted, there is a need to search and retrieve relevant videos in efficient amount of time. This paper makes use of seven visual features; human detection, emotion, age, gender, activity, scene and object detection followed by sentence generation. Furthermore, generated sentence is used in multi-class recurrent neural network (RNN) to find genre of a video for retrieval task. Accuracy, precision and recall are used for evaluation of this framework on self generated dataset. Experiments show that our system is able to achieve high accuracy of 88.13%.
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