A neural network based video playback system

A. Singh, K. Mundhra, Mratunjay, R. Lohia, Y. Kariwal
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引用次数: 0

Abstract

Video playback system development has always been a challenging task in digital world problems such as education, sports event coverage, news and media domains. This work introduces a novel approach to summarize videos, primarily video lectures by varying the video playback frame rate without removing any frames from the video. This is accomplished by using Self organizing feature maps so as to learn from previous users' data and give the optimized playback frame rate as the output. A video player is modified to record the key strokes and create a database of previous users' playback preferences. Being a self-learning system, the accuracy of results is better when training is done using a vast set of data. Finally, a comparison of the original video and the final output video is made by analyzing the experience of volunteers.
基于神经网络的视频回放系统
视频播放系统的开发一直是数字世界教育、体育赛事报道、新闻和媒体等领域的一项具有挑战性的任务。这项工作引入了一种新颖的方法来总结视频,主要是视频讲座,通过改变视频播放帧率而不从视频中删除任何帧。这是通过使用自组织特征映射来实现的,以便从以前的用户数据中学习,并给出优化的播放帧率作为输出。视频播放器被修改为记录按键并创建以前用户播放偏好的数据库。作为一个自我学习系统,使用大量数据进行训练时,结果的准确性会更好。最后,通过分析志愿者的经验,将原始视频与最终输出视频进行对比。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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