| 北京奥运气象服务产品制作系统设计与实现 |
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| 引用本文： | 李德泉,周勇,虞海燕.北京奥运气象服务产品制作系统设计与实现[J].应用气象学报,2010,21(3):372-378. |
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| 作者姓名： | 李德泉 周勇 虞海燕 |
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| 作者单位： | 1.国家气象信息中心, 北京 100081 |
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| 摘 要： | 介绍了专用于2008年北京奥运会、残奥会气象保障任务的奥运气象信息服务系统(OMIS)的核心分系统之一——"北京奥运气象服务产品制作系统"的设计思路与实现技术。该系统根据北京奥运气象服务的开放性、稳定性、灵活性等高标准要求,首次在奥运气象服务中引入TeX技术,并结合产品模版以及关系数据库等技术策略,构建一套稳定、灵活、针对性强的奥运气象服务产品生成的解决方案。该系统使用C++STL开发,适用于Linux,Windows平台,能快速实现数十种气象服务预报产品的制作,并可根据奥运会、残奥会需求的变化灵活修改以生成新的服务产品。该系统作为中国气象局北京奥运服务中心的"奥运气象信息服务系统"的关键部分,在北京奥运会、残奥会期间运行稳定,前后共产生数万个气象服务产品,圆满完成北京奥运气象服务保障任务。
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| 关 键 词： | TeX 奥运气象服务 产品生成 模版 |
| 收稿时间： | 2009-08-14 |
| 修稿时间： | 4/9/2010 12:00:00 AM |
Design and Implementation of Beijing Olympic Meteorology Forecasting Product Service System |
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| Li Dequan,Zhou Yong and Yu Haiyan.Design and Implementation of Beijing Olympic Meteorology Forecasting Product Service System[J].Quarterly Journal of Applied Meteorology,2010,21(3):372-378. |
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| Authors: | Li Dequan Zhou Yong and Yu Haiyan |
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| Affiliation: | 1.National Meteorological Information Center, Beijing 1000812.China Meteorological Administration, Beijing 1000813.Beijing Weather Observatory, Beijing 100089 |
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| Abstract: | To meet weather service requirements of 2008 Beijing Olympic Games and Paralympic Games, a software system named OMIS is developed and deployed in Beijing Olympic Meteorological Service Centre (BOMSC), which takes responsibility for producing and sending various types of meteorological forecasting service products on time to the relevant departments of the Olympic Games. The technological framework for this meteorology forecasting service product is described in detail, including the application of TeX, relational database, and template. The subsystem implemented in this model is developed as the core of OMIS and plays a key role in many events such as the stage of preparation, rehearsal, and held for Olympic Games. To generate multiple sets of weather service products, OMIS must meet at least three strict requirements: High stability, automation and flexibility. Additionally, there are strict requirements in respect of intellectual property rights for the Olympic weather support system, particularly focusing on the copyright issues. Due to these demands and limitations, it's analyzed on how to select documents generating technical strategy. Comparisons of technological framework for generating documents between TeX with Microsoft Word are elaborated in various aspects such as opening, stability, flexibility and extensibility. Therefore, an effective framework integrated with TeX language, relational database, templates technology strategy and forecasting service product are designed. The model covers the whole process from data receiving, decoding, storing, querying, to product generating and distributing. Among technologies in this model, utilizing TeX under Linux is to meet the needs of stability and security; the MySQL database ensures the openness, storage, and automated processes; templates strategy under TeX template language is to supply documents generated by a dynamic configuration process in response to frequent changes in the document style. It is the first time to introduce TeX technology into the application of the entire weather service for Olympic Games. Besides these techniques, the core of this platform is coded in C++ with standard template library (STL), which can simplify the future migration to other operating systems, such as Linux and Windows. As a result, the OMIS shows high stability and good usability during the meteorology service in Beijing Olympic Games and Paralympic Games. |
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| Keywords: | TeX |
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