CONVERTING AUDIO EXPERIENCES INTO MATHEMATICAL FORMULAS

Jose Mujica () and Ramon A. Mata-Toledo ()
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Jose Mujica: Escuela Superior de Audio y Acústica, Caracas, Venezuela
Ramon A. Mata-Toledo: James Madison University, Harrisonburg, VA. U.S.A.

Journal of Information Systems & Operations Management, 2018, vol. 12, issue 1, 1-8

Abstract: Audio Engineering, in general, needs more mathematical-based methodologies. There are procedures in studio or live recordings that have not been tabulated yet and depend entirely on human experience and appreciation. Audio engineers whether at studios or live-music settings need tools that allow them to translate their daily personal annotations, rules of thumb, live-music and/or empirical experiments into mathematical expressions or formulas that can benefit the practitioners to get rid of the dependency on the personal and individual appreciation of sound techniques. Audio engineering, particularly in the areas of acoustic and design, always have gone hand in hand with mathematics, however, in some recording-studio settings or live-recording venues this has been neglected, therefore, many personal scientific developments or advancements have remained at a personal level and have not been made universally accessible. In this paper, the authors attempt to describe a general procedure to convert any group of data (including but not necessarily audio data) into a graph where the application of the Least Square Method can provide a mathematical formula that can be used for different situations and purposes including improving audio quality.

Date: 2018
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