摘要
气象科普信息化是提升气象知识传播与科普服务能力的重要途径。以气象科普知识分享、科普活动组织和气象服务管理为主要功能的气象科普服务信息平台,综合气象信息的发布、交互、安全和管理功能,实现气象科普的知识性、趣味性和多样性,提升气象科普的服务水平。该文基于信息系统B/S架构和Web技术,提出了气象科普服务平台设计与开发的完整方案,面向气象科普服务的业务需求,整合碎片化的气象科普信息,实现了气象新闻、科普知识、科普视频、线上互动、气象服务、气象会员等栏目的一站式管理,支持科普内容的多类型客户端访问。该平台已服务于广州市气象学会的科普工作,运行了六年以上,可靠性和安全性高,为推广气象科普工作提供有效的信息平台。
The informatization of meteorological science popularization is an important way to improve the meteorological knowledge dissemination and science popularization service ability.A meteorological popular science service information platform with the main functions of meteorological popular science knowledge sharing,popular science activities organization and meteorological service management integrates the publishing,interaction,security and management functions of meteorological information to realize the knowledge,interest and diversity of meteorological science popularization and improve the service level of meteorological science popularization.Based on the information system Browser/Server(B/S)architecture and Web technology,we propose a complete scheme for the design and development of the meteorological science service platform.To meet the business needs of meteorological science popularization services,by integrating fragmented meteorological science information,the one-stop management of meteorological news,popular science knowledge,popular science videos,online interaction,meteorological services,meteorological members and other columns have been realized,with support of the multi-type client access of popular science content.This platform has served the science popularization of Guangzhou Meteorological Society for more than six years,with high reliability and safety,which provides an effective information platform for popularizing the science popularization of meteorology.
作者
欧善国
梁进
OU Shan-guo;LIANG Jin(Guangzhou Meteorological Society,Guangzhou 511430,China;School of Automation Science and Engineering,South China University of Technology,Guangzhou 510640,China)
出处
《计算机技术与发展》
2021年第3期163-167,173,共6页
Computer Technology and Development
基金
2018年度广东省科技创新战略专项资金(科技创新普及领域)(粤财教[2018]377号)
“互联网+”校园气象科普信息化策略和实践研究(M201707)
广州市气象科普信息交互平台建设(201621)。
关键词
气象科普
信息服务
互动平台
B/S架构
多端访问
meteorological science popularization
information service
interactive platform
B/S architecture
multi-terminal access