世界核地质科学2024，Vol.41Issue(2)：396-404,9.DOI:10.3969/j.issn.1672-0636.2024.02.016
全域实景视频监控技术在核设施实物保护系统中的应用探索
Study on the application of global realistical video monitoring system in the physical protection system of nuclear facilities
唐文偲 1李达 1袁潮 2何佳霖 1付嘉佳 1李多宏 1李自平 1陈芳雷 1赵国海 1宗波1
作者信息
- 1. 国家核安保技术中心,北京 102401
- 2. 北京拙河科技有限公司,北京 100080
- 折叠
摘要
Abstract
The video surveillance system has always been an important part of the physical protection system of nuclear facilities.The coverage,clarity,and accuracy of surveillance videos are also an important indicator for testing the effectiveness of the physical protection system of nuclear facilities.The physical protection system is a crucial measure to ensure the safety of nuclear facilities.It mainly includes access control,intrusion detection,video monitoring,alarm response,and security management.The system is designed to prevent the unauthorized access of personnel and materials,minimize the risk of nuclear material theft or sabotage,and ensure the smooth operation of the nuclear facilities.The full-area real-life video surveillance system with over 100 million pixels for large scenes is an all-weather,automated,and intelligent video surveillance system.It has been widely used in other security fields and has a certain amount of technology accumulation.It can solve the problem of physical protection video of existing nuclear facilities.A new technical solution is provided to solve the problems existing in the monitoring system.By analyzing the overall architecture,software algorithms,and technical characteristics of the full-area real-scene video surveillance system,combined with the needs and problems of video surveillance in the current nuclear facility physical protection system,the future development trend of global live video monitoring is proposed.关键词
全域实景视频监控/监控系统/亿级像素/核设施实物保护Key words
global live video surveillance/surveillance system/billion pixels/nuclear facility physical protection分类
信息技术与安全科学引用本文复制引用
唐文偲,李达,袁潮,何佳霖,付嘉佳,李多宏,李自平,陈芳雷,赵国海,宗波..全域实景视频监控技术在核设施实物保护系统中的应用探索[J].世界核地质科学,2024,41(2):396-404,9.
