Graphic-to-Sound Sonification for Visual and Auditory Communication Design

Woohun Joo
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Abstract

I designed two sonification platforms designed for visual/auditory communication design studies and audiovisual art. The purpose of this study was to examine whether test participants can associate visuals and sound without any prior training and sonification approaches in this paper can be utilized as an interactive musical expression. The platform for the communication design study was developed first and the artistic audiovisual platform with the same sonification methodology followed next. In this paper, I introduce the (former) sonification platform designed for the image-to-sound association studies, their sonification methodologies, and present the study results. The object-oriented sonification method that I newly developed describes each shape sonically. The five image-sound association studies were conducted to see whether people can successfully associate sounds and fundamental shapes (i.e., a circle, a triangle, a square, lines, curves, and other custom shapes). Regardless of age and educational background, the correct answer rate was high.
视觉和听觉沟通设计的图形到声音超声
我设计了两个专为视觉/听觉传播设计研究和视听艺术设计的声音化平台。本研究的目的是检验被试是否能在没有任何事先训练的情况下将视觉和声音联系起来,以及本文的声化方法是否可以作为一种交互式音乐表达。传播设计研究的平台首先被开发出来,然后是具有相同声学方法的艺术视听平台。本文介绍了为图像-声音关联研究而设计的(前者)超声平台及其超声方法,并给出了研究结果。我新开发的面向对象的声化方法对每个形状进行声化描述。进行了五项图像-声音关联研究,以观察人们是否能成功地将声音和基本形状(即圆形、三角形、正方形、线条、曲线和其他自定义形状)联系起来。无论年龄和教育背景如何,正确率都很高。
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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