基于NEESit的结构健康监测系统软件框架研究
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摘要
为满足结构健康监测系统实际应用的需要,本文设计了一套基于NEESit的结构健康监测系统软件框架。在实际健康监测系统设计和实现的基础上研究了系统的集成技术,结合软件框架开发技术给出了本软件框架的设计和实现的方法,同时介绍了NEESit的组成和运行机制,并提出采用NEESit的相应功能模块来实现本软件框架。本软件框架具有良好的通用性,不仅可以用于各种健康监测系统的开发,同时还可以使实际结构与NEES进行数据共享、互相访问以及协同实验。
A new software framework is proposed to meet the needs of application for structural health monitoring(SHM) system.System integration techniques are studied on the basis of designs and implementations of SHM system for practical projects.The methods of the design and implementation for software framework are used to confirm the architecture of SHM system.The structure and operational mechanism of NEESit are introduced and the foundation of NEESit functional modules related to SHM system is built.This kind of software framework does the work including data sharing,reciprocal access and coordinated test possible under the condition that connects the real projects to NEES,moreover,it could be applied to different kinds of SHM systems by its universality.
A new software framework is proposed to meet the needs of application for structural health monitoring(SHM) system.System integration techniques are studied on the basis of designs and implementations of SHM system for practical projects.The methods of the design and implementation for software framework are used to confirm the architecture of SHM system.The structure and operational mechanism of NEESit are introduced and the foundation of NEESit functional modules related to SHM system is built.This kind of software framework does the work including data sharing,reciprocal access and coordinated test possible under the condition that connects the real projects to NEES,moreover,it could be applied to different kinds of SHM systems by its universality.
引文
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[8]Bass L,Clements P,Kazman R.Software architecture in practice[M].2nd ed.U.S.:Addison Wesley,2003.
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[11]http://it.nees.org[EB/OL].
[2]Johnson R E.Frameworks=(components+patterns)[J].Communications of the ACM.1997,40(10):39-42.
[3]Jin B,Tao X X,XIE LL,et al.Redevelopment of Daqing Oilfield distributed earthquake disaster reduction system skeleton[J].Journal of Har-bin Institute of Technology,2008,15(6):99-103.
[4]Michael F,Ahmed E,Conte J P.et al.Elements of an integrated health monitoring framework[C]//Smart Nondestructive Evaluation and HealthMonitoring of Structural and Biological Systems II,2003,5047:231-242.
[5]Huang F L,Chen Z Q,He X H,et al.Health monitoring for Nanjing Yangtze River Bridge[C]//Seventh International Symposium on StructuralEngineering for Young Experts,Tianjin,Science Press,2002,1:518-524.
[6]刘正光,黄钊猷.香港缆索桥结构健康监测系统[J].市政技术,2005,23:207-211.
[7]Jin B,Tao X X,Wen R Z.Security of earthquake disaster reduction system[J].Journal of Harbin Institute of Technology,2005,12(6):642-644.
[8]Bass L,Clements P,Kazman R.Software architecture in practice[M].2nd ed.U.S.:Addison Wesley,2003.
[9]王自法.地震工程研究的科学大平台[J].地震工程与工程振动,2007,27(6):1-9.
[10]郭迅.地震工程试验联网最新进展[J].地震工程与工程振动,2006,26(4):37-41.
[11]http://it.nees.org[EB/OL].
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