基于IPv6的地震传感器网络及其应用前景展望
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摘要
基于IPv6的地震传感器是将与地震相关的信息作为感知对象的综合传感器,具备接入各种符合标准的物理量或信息量的功能。地震传感器网络的功能结构可分为5个层面,即基础层、网络层、数据管理与处理层、应用开发环境层及应用层。具有端到端连接、服务质量(QoS)、安全性、多播、移动性、即插即用等IPv4环境不易实现的功能。2005年,我国IPv6将进入实质性的应用发展阶段,我们需要抓住国家下一代互联网发展契机,尽快开展基于IPv6的地震传感器网络技术的开发与试验,以服务于我国地震监测预报、震害防御和紧急救援三大体系建设。
A seismic sensor based on IPv6 is a integrated sensor which takes relevant seismic information as sensory target,and has the function of access a variety of physical and information quantity accord with standard.The function structure of a seismic sensor network can be divided into 5 levels,including base level,network level,data management and processing level,developing environment and application level,and has the function of pier to pier,QoS,security,multi-broadcast,mobility,plug-in and so on,it can not be easy to achieve in IPv4 environment.This year IPv6 will enter into a substantial phase of development and application in our country,we must take chance of the juncture that developing next generation IPv6 network(NGI) in China,start developing and experiment work for seismic sensor network technique based on IPv6,in order to serve the construction of the system of earthquake observation and prediction,disaster prevention and emergency rescue.
A seismic sensor based on IPv6 is a integrated sensor which takes relevant seismic information as sensory target,and has the function of access a variety of physical and information quantity accord with standard.The function structure of a seismic sensor network can be divided into 5 levels,including base level,network level,data management and processing level,developing environment and application level,and has the function of pier to pier,QoS,security,multi-broadcast,mobility,plug-in and so on,it can not be easy to achieve in IPv4 environment.This year IPv6 will enter into a substantial phase of development and application in our country,we must take chance of the juncture that developing next generation IPv6 network(NGI) in China,start developing and experiment work for seismic sensor network technique based on IPv6,in order to serve the construction of the system of earthquake observation and prediction,disaster prevention and emergency rescue.
引文
[1]邬贺铨.CNG I呈现六大特征.IPV6专刊,2004(3):9-10
[2]陈颙,李丽.地震科学的几个发展趋势.国际地震动态,2003(1):2-6
[3]张宏科.IPv6给中国机遇.网络世界.第19期,2003年6月9日
[4]雷震洲.支持M2M技术应用的无线网络技术及发展.泰尔网www.cttl.com.cn,2004-12-20
[5]李建中,李金宝,石胜飞.传感器网络及其数据管理的概念问题与进展.软件学报,2003,14(10):1 717-1 727
[6]续春荣,周振安.基于IPV6的地震监测传感器网络.地壳构造与地壳应力文集,2004,17:167-172
[2]陈颙,李丽.地震科学的几个发展趋势.国际地震动态,2003(1):2-6
[3]张宏科.IPv6给中国机遇.网络世界.第19期,2003年6月9日
[4]雷震洲.支持M2M技术应用的无线网络技术及发展.泰尔网www.cttl.com.cn,2004-12-20
[5]李建中,李金宝,石胜飞.传感器网络及其数据管理的概念问题与进展.软件学报,2003,14(10):1 717-1 727
[6]续春荣,周振安.基于IPV6的地震监测传感器网络.地壳构造与地壳应力文集,2004,17:167-172
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