基于JavaEE设计模式的烈度速报建设与应用
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摘要
通过对Java EE设计模式、软件框架和软件能力成熟度模型的研究应用,实现了云南强震动台网中心烈度速报系统的整体建设。在系统总结关键技术的基础上,全面统计了近两年发生的所有5.0级及以上地震烈度速报系统自动生成地震烈度图所需要的时间。通过对比2014年8月3日鲁甸6.5级地震后的地震烈度图与中国地震局现场工作队发布的地震烈度图,结果表明:两者的烈度强度和烈度分布范围一致。此外烈度速报系统产生的地震烈度图显示出的局部场地效应明显,其主要集中在山谷和盆地等人口密集居住区域,应用效果理想。
The overall construction of Intensity Quick Report System of Yunnan Strong Motion Network Center( IQRS of YSMNC) was realized through the research on Java EE design patterns,software framework and capability maturity model( CMM). Based on the summary of the key technology,the generation time of seismic intensity map( M≥5. 0 earthquakes) by IQRS were counted. Then,the intensity maps of Lu Dian MS6. 5 earthquake on Aug. 3,2014 generated by IQRS and announced by field work team of China Earthquake Administration were contrasted,the results showed that the intensity value and distribution range of the above two intensity maps were consistent. Moreover,the local site effect reflected from the earthquake intensity map generated by IQRS appeared obvious,which mainly concentrated in the valley,basin and other densely populated residential area. So the application effect of the IQRS was ideal.
The overall construction of Intensity Quick Report System of Yunnan Strong Motion Network Center( IQRS of YSMNC) was realized through the research on Java EE design patterns,software framework and capability maturity model( CMM). Based on the summary of the key technology,the generation time of seismic intensity map( M≥5. 0 earthquakes) by IQRS were counted. Then,the intensity maps of Lu Dian MS6. 5 earthquake on Aug. 3,2014 generated by IQRS and announced by field work team of China Earthquake Administration were contrasted,the results showed that the intensity value and distribution range of the above two intensity maps were consistent. Moreover,the local site effect reflected from the earthquake intensity map generated by IQRS appeared obvious,which mainly concentrated in the valley,basin and other densely populated residential area. So the application effect of the IQRS was ideal.
引文
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[2]WORDEN C B,WALD D J.A revised ground-motion and intensity interpolation scheme for shakemap[J].Bulletin of the Seismological Society of America,2010.100(6):3083-3096.
[3]WALD D J,QUITORIANO V,HEATON T H,et al.Tri Net"shakemaps":rapid generation of peak ground motion and intensity maps for earthquakes in southern california[J].Earthquake Spectra,1999.15(3):537-556.
[4]KANAMORI H.Locating earthquakes with amplitude:application to real time seismology[J].Bulletin of the Seismological Society of America.1993.83(1):264-268.
[5]白云,喻莉,谢长生.一个基于Bash的轻量级构建系统的设计与实现[J].计算机科学.2013.40(S2):8-12.BAI Yun,YU Li,XIE Changsheng.Design and implementation of a light weight building framework based on bash[J].Computer Science.2013.40(S2):8-12.
[6]蔡寅,刘希强,曲保安,等.山东省地震烈度速报系统研制与应用[J].地震学报.2013.35(3):441-447.CAI Yin,LIU Xiqiang,QU Baoan,et al.Development and application of seismic intensity rapid report system in Shandong province[J].Acta Seismologica Sinica.2013.35(3):441-447.
[7]崔建文,李世成,高东,等.云南分区地震动衰减关系[J].地震研究.2006.29(4):386-391.CUI Jianwen,LI Shicheng,GAO Dong,et al.Ground motion attention relation in the yunnan area[J].Journal of Seismological Research.2006.29(4):386-391.
[8]崔力升.G/S模式下分布式文件系统中数据调度的应用研究[D].2011.成都理工大学.CUI Lisheng.Research on the application of distributed file system data scheduling in G/S model[D].2011.Chengdu University of Technology.
[9]刘艳春,洪晓慧.Struts2框架核心配置文件的研究与应用[J].计算机技术与发展.2013(2):77-81.LIU Yanchun,HONG Xiaohui.Research and application of core configuration files of struts2 framework[J].Computer Technology And Development.2013(2):77-81.
[10]刘征.软件开发框架模型——现实世界问题的结构化分析[J].电脑编程技巧与维护.2011(4):3-4.LIU Zheng.Software development framework model—the structure analysis of real-world problem[J].Softwave Development and Design.2011(4):3-4.
[11]牛拥军.基于Java EE和XML的分布式信息检索系统设计与实现[D].2009.济南:山东大学.NIU Yongjun.Based on the Java EE and XML design and implementation of distributed information retrieval system[D].2009.Jinan:Shandong University.
[12]宋涛,王洪鑫,徐庆增.J2EE平台标准下的SPRING 3.0轻量级框架技术概述[J].通讯世界.2015(23):306-307.SONG Tao,WANG Hongxin,XU Qingzeng.A overview of SPRING 3.0 lightweight framework technology[J].Communication World.2015(23):306-307.
[13]王士成.Shakemap系统的研究及应用[D].哈尔滨:中国地震局工程力学研究所,2011.WANG Shicheng.Research and application of shakemap system[D].Harbin:Institute of Engineering Mechanics,CEA,2011.
[14]肖毅,任淑霞.基于Java EE多层软件架构的研究与实现[M].信息与电脑(理论版).2013(2).XIAO Yi,REN Shuxia.Based on the Research of Javaee multi-layer Software Architecture and Implementation[M].Information and Computer Science.2013(2).
[15]周晓翠,王辉,董宗祥,等.基于CMMI的软件开发模型应用研究[J].软件导刊.2016.15(1):76-78.ZHOU Xiaocui,WANG Hui,DONG Zongxiang,et al.Based on application research of cmmi software development model[J].Software Guide.2016.15(1):76-78.