StickEar: making everyday objects respond to sound

Kian Peen Yeo, Suranga Nanayakkara, Shanaka Ransiri
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引用次数: 13

Abstract

This paper presents StickEar, a system consisting of a network of distributed 'Sticker-like' sound-based sensor nodes to propose a means of enabling sound-based interactions on everyday objects. StickEar encapsulates wireless sensor network technology into a form factor that is intuitive to reuse and redeploy. Each StickEar sensor node consists of a miniature sized microphone and speaker to provide sound-based input/output capabilities. We provide a discussion of interaction design space and hardware design space of StickEar that cuts across domains such as remote sound monitoring, remote triggering of sound, autonomous response to sound events, and controlling of digital devices using sound. We implemented three applications to demonstrate the unique interaction capabilities of StickEar.
让日常物品对声音做出反应
本文介绍了StickEar,这是一个由分布式“类似贴纸”的基于声音的传感器节点网络组成的系统,提出了一种在日常物品上实现基于声音的交互的方法。StickEar将无线传感器网络技术封装在一个易于重用和重新部署的外形中。每个StickEar传感器节点由一个微型麦克风和扬声器组成,以提供基于声音的输入/输出功能。我们讨论了StickEar的交互设计空间和硬件设计空间,这些空间跨越了远程声音监测、远程声音触发、对声音事件的自主响应以及使用声音控制数字设备等领域。我们实现了三个应用程序来展示StickEar独特的交互功能。
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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