Improvement of Classical Music Sound Conditions by Simulating Changes in Concert Hall Acoustics

O. Voitovych
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Abstract

The purpose of the research is to propose a method of acoustic research of concert halls to improve the classical music sound conditions with the help of innovative computer technologies. The research methodology is as follows: to improve the sound conditions of classical music, a computer simulation method is proposed, which involves the use of specialized software. The method of subjective evaluation through the criteria of the established sample is used to systematize the results of the study. The comparative method was used to analyze the sound of audio materials of the created spatial sound images of the orchestral music sample. The scientific novelty of the research is that it presents a methodology of acoustic research for the environment, in particular concert halls, which arose as a result of changes in the acoustic conditions of classical music. Conclusions. As a result of the experiment, the main goal was achieved – to improve the sound conditions of classical music. The result was achieved by modeling changes in the acoustics of the concert hall. The use of this methodology can be recommended during the research of existing and projected concert halls. In further studies, the use of diffusers with low absorption coefficients in the lower frequency band can be recommended. It should also be noted that interference with the interior of a historic building should be discreet, as this may cause dissatisfaction among the authorities controlling heritage preservation.
通过模拟音乐厅声学变化来改善古典音乐的声音条件
本研究的目的是提出一种利用创新的计算机技术来改善古典音乐音响条件的音乐厅声学研究方法。研究方法如下:为了改善古典音乐的声音条件,提出了一种计算机模拟的方法,这涉及到使用专门的软件。通过建立的样本标准进行主观评价的方法,将研究结果系统化。采用比较法对所创建的管弦乐样本空间声音图像的音频材料进行声音分析。这项研究的科学新颖之处在于,它提出了一种环境声学研究的方法,特别是音乐厅,这是古典音乐声学条件变化的结果。结论。作为实验的结果,主要目标达到了——改善古典音乐的声音条件。结果是通过音乐厅声学的建模变化来实现的。在对现有和计划中的音乐厅进行研究时,可以推荐使用这种方法。在进一步的研究中,可以推荐在较低频段使用低吸收系数的扩散器。还应该注意的是,对历史建筑内部的干扰应该谨慎,因为这可能会引起控制遗产保护的当局的不满。
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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