基于移动智能终端管理的远程监控与管理技术  

Remote monitoring and management system based on mobile intelligent terminal

作　　者：刘武[1] 孙东红[1] 任萍[2] 姚星昆[1] 郑先伟[1] 刘源源[1] 

机构地区：[1]清华大学信息网络工程研究中心,北京100084 [2]重庆师范大学数学学院,重庆400047

出　　处：《实验技术与管理》2013年第4期58-61,共4页Experimental Technology and Management

基　　金：国家自然科学基金(60803134);国家863项目(2011AA010704);国家科技支撑计划(2012BAH38B03)

摘　　要：实现了基于移动智能终端管理的远程安防系统(RMAS-MIT),远程安防系统(RMAS)由前端视频采集系统、预处理、数据传输、处理控制中心以及报警系统组成。处理中心根据采集的图像进行识别处理并根据管理员设定的异常条件,判断是否存在异常。如果出现异常事件,给出异常类型和处理方案,同时启动报警机制,系统管理员还可以通过管理系统向监控现场喊话。针对IPv4地址短缺,私有IP地址广泛使用的现实情况,综合利用端口映射(Port Map)和动态域名(Dynamic DNS)开发实现动态反向连接跟踪技术(dy-namic reverse connection trace,DRCT),很好地解决了私有网络环境下RSMS系统的远程管理问题。实践表明,RSMS-MIT系统能够对实验室其他重要场所进行实时移动安全监控。It is very important and difficult for remote monitoring and alarming in places such as laboratory, office, residential area and hotels, etc. This paper implemented a remote monitoring alarming and management system based on mobile intelligent terminal （RMAS-MIT）. The remote monitoring and alarming system （RMAS） is composed of the front video collecting system, pre-processing system, data transmission system, data processing center and alarming system. The data processing center will determine if there exists an abnormal event according to both the processed result from the collected video and the abnormal conditions set by the administrator. If an abnormal event appears, it will start the alarming work, for example, playing alarm sound, sending short message to the administrator＇s mobile, sending email to the administrator, etc. Aiming at the shortage of IPv4 address, this paper utilized both Port Map and dynamic DNS technologies to implement the dynamic reverse connection trace （DRCT） to solve the remote management of RMAS-MIT located in private networks. To implement the anywhere and anytime management of RMAS-MIT, this paper researches and develops the remote monitoring management system based on the mobile intelligent terminal （RMAS-MIT）.

关 键 词：远程监控 移动智能终端 网络安全 网络管理 

分 类 号：G482[文化科学—教育学]