| 英文摘要 |
The main work of this project is including integrated of the air quality monitoring information platform, enriched the content of the web site and developed of the diversified real-time information on the air quality system to strengthen the air quality monitoring system and enhance the availability of the system.
The new generation of the Website can switch automatically between languages; even those who are not familiar with the traditional Chinese could use the air quality information Website. Through rebuilding the content of the site, We use the Google maps to replace the static image of Taiwan map, to show the current status of Taiwan air quality information and site geographic information effectively. In this plan, we also integrated the ultraviolet monitoring, embellished the instrument data Website and added the flash. Except the EPA TAQMN sites, the program set up the infrastructure to integrate local governments air quality monitoring sites, now we have done the the real-time information acquisition of Taipei City (6 sites) and Kaohsiung City (5 sites), and present in the Website.
In the view point of data presentation, through Web 2.0 concept for sharing of information, establish the air quality gadgets , mobile database access and web services, to provide diverse ways of sharing information of the air quality. In addition, the development of new Air real-time image system and air quality contours system to provide flexible and fancy interface to access air quality information.
The project build 3 air quality gadgets, user can customize their own Google desktop by adding the little gadgets, without visit air quality web site, user can get the information of air quality and UV in their own home page. For systems need to access air-quality information, the project set up 3 air-quality web services, direct dialogue between the servers build and provide continuously real-time and historical information of the air quality. The project to build up a mobile data access of air quality, to provide real-time and off-line query in the PDA through mobile phone network 3.5G/Wifi, user can access air quality information both real-time and in recent days.
Regarding to the system maintenance , through analyze the event log and regular database maintenance, find out the potential risk to raise the availability of the system. With the upgrade new database and host, providing database and the program migration support, and build the test website to test the air quality monitoring site simultaneously.
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