云南强震动台网中心应用系统的设计与实现
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摘要
云南数字强震动台网硬件系统建设完成后,有效的强震动台站维护和强震动数据处理应用是面临解决的首要问题。该文实现了云南强震动台网中心应用系统一系列的强震动业务系统应用,使得云南强震动台站自动检查和实时扫描、震动图自动生成(ShakeMap)、强震动台站建设资料、台站维护日志等系统通过应用系统实现无逢对接和集成,系统具有安全认证、信息发布、业务信息处理、外部系统接口4大类功能,为仪器维护人员和数据开发处理提供了一个强有力的平台支撑。该系统经过实际地震考验,有效地提高了强震动数据的处理。
After the completion of the hardware system construction of the Yunnan digital strong motion network,its effective maintenance and strong motion data processing are the primary problem to solve.This paper implements a series application of the Yunnan strong motion networks center application system.Through the application system,automatic inspection and real-time scanning,seismograms automatically generation(Shake map),strong motion station construction records,station maintenance log,etc.are seamless docked and integrated.The system has 4kinds of function:safety certification,information release,business information processing and external system interface.It may provide a powerful platform for equipment maintenance and data processing and development.Practical seismic test shows that the system improves the strong motion data processing effectively.
After the completion of the hardware system construction of the Yunnan digital strong motion network,its effective maintenance and strong motion data processing are the primary problem to solve.This paper implements a series application of the Yunnan strong motion networks center application system.Through the application system,automatic inspection and real-time scanning,seismograms automatically generation(Shake map),strong motion station construction records,station maintenance log,etc.are seamless docked and integrated.The system has 4kinds of function:safety certification,information release,business information processing and external system interface.It may provide a powerful platform for equipment maintenance and data processing and development.Practical seismic test shows that the system improves the strong motion data processing effectively.
引文
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[12]David J.Wald,Bruce C.Worden,Vincent Quitoriano,and Kris L.Pankow ShakeMap Manual:Technical Manual,User’s Guide,and Software Guide.http://pubs.usgs.gov/tm/2005/12A01/.
[2]段洪杰,刘琼仙,崔建文.云南强震动通信自控系统的设计与实现[J].地震研究,2009,32(S):507-511.
[3]吴永权,黄文辉,苏柱金.2013.国家测震台网的实时数据传输与服务[J].华南地震,33(3):77-84.
[4]孟繁强,宋绪友,石岩,等.辽宁数字测震台网技术构成及配置[J].东北地震研究,2008,24(4):11-16.
[5]高伟亮.基于Oracle的测震台网数据管理系统设计与实现[D].山西:西安科技大学,2012.
[6]吴华灯,黄文辉.广东地震台网测震数据库管理系统[J].华南地震,2006,26(2):66-71.
[7]李永红.山东省地震台网数据管理与发布系统[D].山东:山东大学,2007.
[8]苏文清,李忠.基于Struts+Spring+Hibernate的Web开发框架及实现研究[J].甘肃科技,2009,25(22),30-32.
[9]刘鑫.Mysql和PostgreSQL的对比选择[J].沈阳工程学院学报(自然科学版),2011,7(2):171-173,177.
[10]卢大伟,李小军.中国大陆强震动观测发展研究[J].国际地震动态.2010(10):35-42.
[11]于海英,谢礼立.强震观测数据库建设与Internet服务[J].地震工程与工程振动.2003,23(4),2-9.
[12]David J.Wald,Bruce C.Worden,Vincent Quitoriano,and Kris L.Pankow ShakeMap Manual:Technical Manual,User’s Guide,and Software Guide.http://pubs.usgs.gov/tm/2005/12A01/.