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Augmenting Bioacoustic Cognition with Tangible User Interfaces

机译:使用有形用户界面增强生物传道认知

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Using a novel visualization and control interface - the Mephistophone - we explore the development of a user interface for acoustic visualization and analysis of bird calls. Our intention is to utilize embodied computation as an aid to acoustic cognition. The Mephistophone demonstrates 'mixed initiative' design, where humans and systems collaborate toward creative and purposeful goals. The interaction modes of our prototype allow the dextral manipulation of abstract acoustic structure. Combining information visualization, timbre-space exploration, collaborative filtering, feature learning, and human inference tasks, we examine the haptic and visual affordances of a 2.5D tangible user interface (TUI). We explore novel representations in the audial representation-space and how a transition from spectral to timbral visualization can enhance user cognition.
机译:使用新颖的可视化和控制界面 - Mephistophone - 我们探讨了用于声学可视化的用户界面和鸟类呼叫分析的开发。我们的目的是利用所体现的计算作为对声学认知的辅助。 Mephistophone演示了“混合倡议”设计,其中人和系统对创造性和有目的的目标合作。我们的原型的交互模式允许抽象声结构的右侧操纵。结合信息可视化,Timbre空间探索,协作过滤,特征学习和人类推理任务,我们研究了2.5D有形用户界面(TUI)的触觉和视觉带来。我们探索在空间中的新颖表示 - 空间以及如何从频谱到Timbral可视化的转换可以增强用户认知。

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