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首页> 外文期刊>Acoustics Australia >Room Acoustical Parameters as Predictors of Room Acoustical Impression: What Do We Know and What Would We Like to Know?
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Room Acoustical Parameters as Predictors of Room Acoustical Impression: What Do We Know and What Would We Like to Know?

机译:室内声学参数作为室内声学印象的预测指标:我们知道什么以及我们想知道什么?

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摘要

Roomacoustical parameters are audio features, usually extracted from monaural or binaural measurements of room acoustical environments, and used to predict different aspects of the 'room acoustical impression'. The paper takes a closer look at the nature of this perceptional construct and at different approaches to develop a psychological measuring instrument for the multidimensional perceptional profile of room acoustical environments. Even after several decades of research, there is no satisfactory solution available for this purpose. The reasons for this lie in methodological deficits with respect to test development and item analysis as well as in a much too small sample of stimuli used in previous studies. Prospects for progress are opened up by state-of-the-art technologies for room acoustical simulation and auralization, which may be used to provide a large and representative sample of room acoustical environments as well as an authentic presentation in experimental studies. The fundamental perceptional components delivered by this approach will, most likely, not be predictable by traditional room acoustical parameters, but require advanced measurement techniques based on spherical arrays of transducers for both source and receiver characteristics, as well as new auditory models for feature extraction. The physical and psychological aspects of the problem are, in any case, inextricably linked with each other.
机译:房间声学参数是音频特征,通常从房间声学环境的单声道或双声道测量中提取,并用于预测“房间声学印象”的不同方面。本文仔细研究了这种感知构造的性质,并以不同的方法开发了一种用于室内声学环境的多维感知概况的心理测量工具。即使经过几十年的研究,也没有令人满意的解决方案可用于此目的。造成这种情况的原因在于测试开发和项目分析的方法学缺陷,以及先前研究中使用的刺激物样本太少。用于室内声学模拟和听觉化的最新技术为取得进展的前景开辟了道路,该技术可用于提供大量具有代表性的室内声学环境样本,以及在实验研究中的真实表现。通过这种方法提供的基本感知成分很可能无法通过传统的房间声学参数来预测,但需要基于换能器球形阵列的先进测量技术,以实现源和接收器特性,以及用于特征提取的新听觉模型。在任何情况下,问题的生理和心理方面都是密不可分的。

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