嵌入式可穿戴平台上的实时空间声音发生器

M. Daraban, K. Lengyel, Ágota Faluvégi, Cornelia Amariei
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引用次数: 0

摘要

本文提出了一种新的三维实时声音生成和空间化系统,该系统针对可穿戴计算机进行了优化,并针对将空间化信息传递给盲人进行了增强。对于视障人士而言,非视觉信息来源对于实现无障碍和包容至关重要。盲人以听觉作为主要的信息来源。本研究提出了一种能够实时产生双耳声音的声音引擎。除了实时双耳声音,该引擎还可以增强实时空间化,从而提高声音线索感知。以视障人士为测试对象,通过不同的实验来测试引擎在提供声音提示反馈方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real-time Spatialized Sound Generator on Embedded Wearable Platform
In this paper a novel 3D real-time sound generation and spatialization system, optimized for wearable computers, and enhancements specific for transferring spatialized information to the blind is presented. For visually impaired people, non-visual information sources are paramount to attain accessibility and inclusion. Blind people use their hearing as the main source of information. This research presents a sound engine capable of generating binaural sounds in real-time. Besides real-time binaural sounds, the engine can also enhance real-time spatialization, which results in an improved sound cue perception. The engine performance in providing sound cue feedback was tested through different trials, having visually impaired individuals as test subjects.
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