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首页> 外文期刊>Procedia Computer Science >NUI for an Artificial Simulation of an Interactive Sound Source Enhancement to Restore Spatial Listening Experience
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NUI for an Artificial Simulation of an Interactive Sound Source Enhancement to Restore Spatial Listening Experience

机译:NUI用于交互式声音源增强的人工仿真,以恢复空间聆听体验

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摘要

A self-determined, autonomous and socially integrated life is nearly impossible for hearing-impaired persons of all ages. Hearing damage affects 16% of the European and 11.5% of the US population, but only every fifth is wearing a hearing aid as they are not able to restore the biological listening experience and allow no interactive influence on it. Thus, a natural user interface is presented as an artificial simulation for an interactive enhancement of the user-preferred sound source. Therefore, established blind source separation algorithms are ported on a smartphone with Android operating system and their performance is evaluated regarding efficiency and robustness.
机译:对于各个年龄段的听力障碍者来说,自立,自主和社会融合的生活几乎是不可能的。听力损伤影响了16%的欧洲人和11.5%的美国人口,但是只有五分之一的人戴着助听器,因为他们无法恢复生物学的聆听体验,也无法对其进行互动影响。因此,自然的用户界面被呈现为人工模拟,用于交互式增强用户偏爱的声源。因此,已建立的盲源分离算法将移植到具有Android操作系统的智能手机上,并就效率和鲁棒性评估其性能。

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