首页> 外文会议>IFIP WG 8.4/8.9 International Cross Domain Conference and Workshop on Multidisciplinary Research and Practice for Business, Enterprise and Health Information Systems >Discovery and Integration of Web 2.0 Content into Geospatial Information Infrastructures: A Use Case in Wild Fire Monitoring
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Discovery and Integration of Web 2.0 Content into Geospatial Information Infrastructures: A Use Case in Wild Fire Monitoring

机译:Web 2.0内容的发现和集成到地理空间信息基础架构中:野火监控中的用例

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Efficient environment monitoring has become a major concern for society to guarantee sustainable development. For instance, forest fire detection and analysis is important to provide early warning systems and identify impact. In this environmental context, availability of up-to-date information is very important for reducing damages caused. Environmental applications are deployed on top of Geospatial Information Infrastructures (GIIs) to manage information pertaining to our environment. Such infrastructures are traditionally top-down infrastructures that do not consider user participation. This provokes a bottleneck in content publication and therefore a lack of content availability. On the contrary mainstream IT systems and in particular the emerging Web 2.0 Services allow active user participation that is becoming a massive source of dynamic geospatial resources. In this paper, we present a web service, that implements a standard interface, offers a unique entry point for spatial data discovery, both in GII services and web 2.0 services. We introduce a prototype as proof of concept in a forest fire scenario, where we illustrate how to leverage scientific data and web 2.0 content.
机译:高效的环境监测已成为社会保障可持续发展的主要关注点。例如,森林火灾检测和分析对于提供预警系统并识别影响是重要的。在这种环境背景下,最新信息的可用性对于减少造成的损害非常重要。将环境应用部署在地理空间信息基础架构(GIIS)之上,以管理与我们的环境有关的信息。此类基础设施是传统上自上而下的基础设施,不考虑用户参与。这引起了内容出版物的瓶颈,因此缺乏内容可用性。在相反的主流IT系统中,特别是新兴Web 2.0服务允许积极的用户参与成为一种大规模的动态地理空间资源来源。在本文中,我们介绍了一个实现标准接口的Web服务,为GII服务和Web 2.0服务中的空间数据发现提供了一个独特的入口点。我们将原型作为森林火灾情景中的概念证明,在那里我们说明了如何利用科学数据和Web 2.0内容。

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