Design of security platform based on cloud edge combined with machine vision

Yao Li, Congshi Han, Hongkui Xu, Bo Zhou, Fangcun Li, S. Zhou, Minghao Zheng, Zhiwen Kang
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Abstract

Aiming at the problems of high delay, high bandwidth and low scalability of traditional security system based on deep learning, an extensible security platform design with edge side real-time reasoning is proposed to save bandwidth and computing resources. The design is based on smart chip technology and lightweight deep learning framework, design the fast inference and edge cloud training, intelligence analysis, management, system architecture, using the image optimization technology and large data distributed storage technology, to realize mass storage, video and image data effectively and efficiently design based on micro service business architecture, Service requirements such as monitoring scale expansion and personalized analysis are met. Experimental results show that the platform can significantly reduce intelligent reasoning delay, bandwidth and resource cost, and has scalability and practicability suitable for promotiont.
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基于云边缘与机器视觉相结合的安全平台设计
针对传统基于深度学习的安全系统存在的高时延、高带宽和低可扩展性等问题,提出了一种基于边缘实时推理的可扩展安全平台设计,以节省带宽和计算资源。本设计基于智能芯片技术和轻量级深度学习框架,设计了快速推理和边缘云训练、智能分析、管理的系统架构,利用图像优化技术和大数据分布式存储技术,实现了基于微服务的海量存储、视频和图像数据有效高效的业务架构设计,满足了监控规模扩展和个性化分析等业务需求。实验结果表明,该平台可以显著降低智能推理延迟、带宽和资源成本,具有可扩展性和实用性,适合推广。
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