华南地震

地震应急会商时历史地震活动性及前兆观测资料产品产出虽然有专业的处理软件,但主要还是依靠人工操作,震后应急会商资料产出耗费大量时间,产出资料存在遗漏不完整、不规范,没有形成统一的标准化产出结果。经过连续几年地震应急会商资料的实际处理,依托编程、数据库及实时融合等实现定制需求包括自动产出规范化、标准化的地震应急会商资料的技术已经比较成熟。以产出福建地震应急会商资料为例,基于MATLAB在算法、数据分析、数值计算和JAVA在可视化方面的各自优势,依托地震速报信息系统（EQIM）和结构化及设计规范化的分布式前兆ORACLE数据库,实现自动触发快速生成规范化的地震应急会商资料。

Although there were professional processing software for historical seismicity and precursory observation data output during the earthquake emergency consultation,it mainly depended on manual operation. The output of emergency consultation data took a lot of time,and the output data was incomplete and nonstandard,which didn’t form a unified standardized output result. After several years of practical processing of earthquake emergency consultation data, the technology that relies on advanced programming,database and real-time fusion to achieve customized requirements including automatic production of standardized and standardized earthquake emergency consultation data has been relatively mature. Based on the advantages of MATLAB in algorithm,data analysis,numerical calculation and Java in visualization,and relying on the structured and standardized distributed Oracle database and earthquake quick report information system(EQIM),the paper took Fujian earthquake emergency consultation data as an example to automatically trigger and quickly form standardized earthquake emergency consultation data.

引言
1 测震信息产出及其计算原理
2 前兆观测信息产出
3 结果产出
4 结语

图1 福建省前兆台网各学科观测台站<br/>Fig.1 Observation stations of all discipline of Fujian precursory network

图1 福建省前兆台网各学科观测台站
Fig.1 Observation stations of all discipline of Fujian precursory network

图2 会商资料自动触发监控过程<br/>Fig.2 Monitoring process automatically triggered by the consultation information

图2 会商资料自动触发监控过程
Fig.2 Monitoring process automatically triggered by the consultation information

图3 Matlab成功连接Oracle数据库状态<br/>Fig.3 Status of MATLAB successfully connecting to Oracle Database

图3 Matlab成功连接Oracle数据库状态
Fig.3 Status of MATLAB successfully connecting to Oracle Database

图4 规范化观测曲线图件<br/>Fig.4 Curve diagram of standardized observation

图4 规范化观测曲线图件
Fig.4 Curve diagram of standardized observation

图5 模拟震情专报自动产出结果—以2019年10月25日福建莆田仙游县3.7级地震为例<br/>Fig.5 Automatic output results of simulated earthquake situation special report -- taking the Xianyou M3.7 earthquake in Putian, Fujian Province on October 25th, 2019 as an example

图5 模拟震情专报自动产出结果—以2019年10月25日福建莆田仙游县3.7级地震为例
Fig.5 Automatic output results of simulated earthquake situation special report -- taking the Xianyou M3.7 earthquake in Putian, Fujian Province on October 25th, 2019 as an example

图6 观测曲线及异常干扰情况说明自动导入PPT结果<br/>Fig.6 Observation curve and abnormal interference description automatically imported into PPT

图6 观测曲线及异常干扰情况说明自动导入PPT结果
Fig.6 Observation curve and abnormal interference description automatically imported into PPT

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备注

引言

1 测震信息产出及其计算原理

2 前兆观测信息产出

3 结果产出

4 结语

期刊信息