Design and Implementation of Video Analytics System Based on Edge Computing

Yuejun Chen, Yinghao Xie, Yihong Hu, Yaqiong Liu, Guochu Shou
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引用次数: 10

Abstract

Real-Time video analytics, whose applications range from safety, public security to smart cities, is a typical use case of Internet of Things (IoT). However, uploading the video stream to the cloud for analytics cannot meet the requirements of low latency and efficient bandwidth usage. Edge video analytics, which uploads the stream at the edge node, is a key to solve the abovementioned problem. This paper proposes an intelligent video analytics system on edge computing platform. Combining the edge computing and video analytics, this system can analyze the video stream by face recognition, indoor positioning, and semantic analytics in real time and archive the videos automatically. Specifically, applied in conference room, the video analytics system analyzes the conference room scenario and files the conference videos, which reduces the cost of manual recording and promotes the data sharing. The implementation results prove that our system can operate smoothly on the edge computing platform to provide real-time and efficient video analytics services.
基于边缘计算的视频分析系统的设计与实现
实时视频分析是物联网(IoT)的典型用例,其应用范围从安全、公共安全到智慧城市。但是,将视频流上传到云端进行分析,无法满足低时延和高效带宽利用的要求。边缘视频分析是解决上述问题的关键,它将视频流上传到边缘节点。提出了一种基于边缘计算平台的智能视频分析系统。该系统将边缘计算与视频分析相结合,通过人脸识别、室内定位、语义分析等对视频流进行实时分析,并对视频进行自动归档。具体应用于会议室,视频分析系统对会议室场景进行分析,对会议视频进行归档,降低人工录制的成本,促进数据共享。实施结果表明,系统能够在边缘计算平台上平稳运行,为用户提供实时、高效的视频分析服务。
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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