Precis of Subject:
Many sound engineers learned their acoustics whilst ""on the road"" and are usually glad to discover that what they found out empirically has solid roots in physics and more specifically electroacoustics.
John Taylor from d&b's education department plan's to revisit some of the fundamentals of basic acoustics, specifically the Frequency/Wavelength relationship and also Addition and Subtraction of Sound Waves with the aim of harmonising the physics with the real world of live sound engineering.
The aim is that working sound engineers will gain a little insight into sound and acoustic fundamentals so as to enrich their engineering skills. The session will include many practical demonstrations and experiments and is strictly non-product specific. Not intended to deliver or require a heavy theoretical understanding, John’s talk will illustrate the physical and acoustical mechanisms behind what we hear from our systems with sound examples and a clear understanding. If you think you know what you are hearing from your systems, this is the place to test if you really understand what you are hearing.
Speaker(s):
John Taylor, Education Development, d&b audiotechnik GmbH
Audience:
This talk, and the accompanying listening examples and demonstrations, will benefit live sound engineers of all levels of experience who can get good sound on a daily basis, but would like to understand more about the science behind the issues they are dealing with and the results that they get.
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