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Visualization and Analysis Tools for Low-Frequency Propagation in a Generalized 3D Acoustic Space

Using the proposed software toolbox, a designer can visualize sound waves propagating through a space. This allows for prototyping low-frequency correction systems. This software tool is based on a finite-difference time-domain algorithm. Small enclosed spaces have wildly varying responses even within a small listening area. The relationship between room mode distribution and room obstacles can readily be examined. The flexible nature of the toolbox enables accurate modeling from small-room acoustics to large-scale sound reinforcement.

Authors: Hill, Adam J.; Hawksford, Malcolm O. J.
Affiliation: University of Essex, School of Computer Science & Electronic Engineering, Colchester, Essex, UK
JAES Volume 59 Issue 5 pp. 321-337; May 2011 Import into BibTeX

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