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Interactive Visualization and App Development for Precipitation Data in Sub-Saharan Africa

机译:撒哈拉以南非洲地区降水数据的交互式可视化和应用程序开发

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Precipitation plays a highly significant part in the hydrological cycle and is responsible for depositing most of the freshwater on earth. It can also impact the climate ecosystem. Considerable work has been performed to understand, model and predict precipitation. However, to the best of our knowledge, hardly any interactive visualizations exist that allow end-users to obtain a better perception of local impacts; also there are no specific apps for this purpose. The two goals of our work are thus: to design a visualization tool that illustrates changes in precipitation in a given time period with analysis; and to design a mobile application (app) that displays Sub-Saharan precipitation patterns, both using big data. This work would be advantageous to environmental scientists, as well as local residents of the respective areas. It would also be beneficial to students interested in conducting climate-based research. It addresses the theme of IoT (Internet of Things) which involves providing ubiquitous access to Internet-Based information on platforms such as smartphones and other mobile devices.
机译:降水在水文循环中起着举足轻重的作用,是导致大部分淡水沉积在地球上的原因。它还可能影响气候生态系统。为了理解,建模和预测降水,已经进行了大量工作。但是,据我们所知,几乎没有任何交互式可视化效果可以使最终用户更好地了解本地影响;也没有用于此目的的特定应用。因此,我们工作的两个目标是:设计一个可视化工具,通过分析来说明给定时间段内降水的变化;并设计一个使用大数据显示撒哈拉以南降水模式的移动应用程序。这项工作对环境科学家以及各个地区的当地居民都是有利的。对于有兴趣进行基于气候的研究的学生来说,这也将是有益的。它解决了IoT(物联网)的主题,该主题涉及在智能手机和其他移动设备等平台上普遍访问基于Internet的信息。

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