Sonification of Spatial Data: An Online Audiovisual Cartographic Representation of Fire Incidents

Aikaterini Foteinou, M. Kokla, E. Tomai, M. Kavouras
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Abstract

Abstract. The possibilities of using sound in cartography have been formulated by numerous researchers. However, there are still no general guidelines for mapping data dimensions to auditory variables, while the decision of which spatial data dimension to represent by which sound variable is crucial. The method for embedding sound in maps is commonly known as "sonification"; the representation of data through sound. Many researchers use sonification to convey their data through the auditory channel as an alternative way to understand and represent our complicated world. With this in mind, we created an interactive web map that depicts the fire dynamics, adopting the sonification technique of parameter mapping; a sound variable was used to represent fire duration. For assessing the effectiveness of different sound variables for this map, an online survey was conducted. The main finding is that to represent spatial data through sound, participatory approaches can highlight the most effective cross-modal correspondence.
空间数据的声化:火灾事件的在线视听地图表示
摘要在制图中使用声音的可能性已经被许多研究者提出。然而,仍然没有将数据维度映射到听觉变量的通用指南,而决定由哪个声音变量表示哪个空间数据维度是至关重要的。在地图中嵌入声音的方法通常被称为“声音化”;通过声音来表示数据。许多研究人员使用声音通过听觉通道来传达他们的数据,作为理解和代表我们复杂世界的另一种方式。考虑到这一点,我们创建了一个交互式网络地图,描述了火灾动态,采用参数映射的超声技术;声音变量用于表示火灾持续时间。为了评估不同声音变量对该地图的有效性,进行了在线调查。主要发现是,通过健全的参与性方法表示空间数据可以突出最有效的跨模式对应关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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