头枕集成扬声器用于增强汽车座舱空间音频沉浸感的评估
Evaluation of Headrest-Integrated Loudspeakers for Enhanced Spatial Audio Immersion in Automotive Cabins
AI总结：
通过配对比较实验和Bradley-Terry-Luce模型，评估头枕集成扬声器对沉浸式音频感知的改善效果。
摘要：
沉浸式基于对象的空间音频现已在音乐产业中牢固确立为制作、分发和播放的标准。集成此类内容以提供优质娱乐体验的汽车数量正在稳步增长，推动了新音频渲染技术的发展。尽管集成在汽车头枕中的扬声器已有50多年历史，但它们尚未成为新车中的标准配置。然而，它们通过创建个人声区减少乘客分心，同时有效补充现有座舱扬声器，成为再现沉浸式音频的强大工具。我们使用配对比较实验进行主观评估，测量偏好和多个空间音频属性。我们使用概率选择模型Bradley-Terry-Luce排序对结果概率进行建模。结果表明，头枕集成扬声器可以改善沉浸式音频场景中的音频感知。
英文摘要：
Immersive object-based spatial audio is now firmly established in the music industry as the standard for production, distribution, and playback. The number of automobiles integrating such content to provide premium entertainment experiences is steadily increasing, driving the development of new audio rendering techniques. While loudspeakers integrated into automotive headrests have been around for more than 50 years, they have not yet achieved status as a standard feature in new cars. However, they represent a powerful tool for reproducing immersive audio by enabling the creation of personal sound zones with reduced passenger distraction while effectively complementing existing cabin speakers. We conducted subjective assessments using paired comparison experiments to measure preference and multiple spatial audio attributes. We modeled the resulting probability outcomes using a probabilistic choice model, the Bradley-Terry-Luce rank ordering. The results indicate that headrest-integrated speakers can improve the audio perception in immersive audio scenarios.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
