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基于浏览器的气象再分析平台通用架构及组件设计
引用本文:杜晓宇.基于浏览器的气象再分析平台通用架构及组件设计[J].成都信息工程学院学报,2014,29(4):370-375.
作者姓名:杜晓宇
作者单位:成都信息工程学院软件工程学院,四川成都,610225
基金项目:四川省应用基础计划资助项目,四川省科技支撑计划资助项目,感谢成都信息工程学院科研基金(CRF201406)对本文的资助
摘    要:气象再分析在互联网中的应用还处于起步阶段,缺乏成熟的系统体系及开发标准。为降低开发人员开发气象再分析产品的难度,提升开发效率,同时避免开发人员误解气象用户需求,论文总结国家科技基础条件平台运行服务主系统功能完善项目的开发过程,基于经典的MVC三层模模型,提出面向气象领域的在线再分析平台通用架构,并将架构中数据过滤和数据显示封装为组件。工作以专业气象用户需求设计效果及习惯,以开发人员的开发模式开放配置接口,建立在线平台的开发基础。该成果用于洪水监测预警系统项目的需求分析,开发人员使用通用架构,再通过三步操作:匹配数据源、设计页面布局、配置组件,完成原型开发。以此优化系统架构过程,复用已有组件。

关 键 词:计算机  软件工程  B/S  气象  再分析  架构  组件

Web Based Meteorological Reanalysis PlatformArchitecture and Component Design
DU Xiao-yu.Web Based Meteorological Reanalysis PlatformArchitecture and Component Design[J].Journal of Chengdu University of Information Technology,2014,29(4):370-375.
Authors:DU Xiao-yu
Institution:DU Xiao-yu( 1.College of software Engineering, Chengdu University of Information and Technology, Chengdu,610225,China)
Abstract:Meteorological reanalysis and its application in the Internet is still in its initial stages.It lacks mature architecture and development standards.To reduce the difficulty of meteorological products' developments,enable developers to quickly develop,and avoid misunderstanding from users to developers this article summarizes the development process of relative projects,proposes a common architecture based on the classic MVC model for online meteorological reanalysis platform,and bundles the data filter and display in meteorological services into configurable components for meteorological developers.The efforts of the components are designed for professional users and the configurable interfaces are designed for developers.In the project Flood Monitoring and Early Warning System,developers only did match the data source,design page layouts,and configure the components.Then a prototype system has constructed.This reuses the components,optimizes the development process and actively promoting the development of meteorological platform.
Keywords:computer science  software engineering  B/S  meteorology  reanalysis  architecture  component
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