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Information science / Ambisonics / Soundfield microphone / Loudspeaker / Microphone / Audio power / Ambisonic UHJ format / Ambisonic decoding / Surround sound / Sound / Waves


Automatic Loudspeaker Location Detection for use in Ambisonic Systems Robert A. Humphrey 4th Year Project Report for the degree of MEng
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City

Stockholm / /

Company

Nimbus Communications International / /

Country

Spain / /

Facility

Royal Institute of Technology / C Configuring Visual Studio / /

IndustryTerm

sound systems / /

OperatingSystem

Microsoft Windows / Linux / /

Organization

Universidad de Oviedo / Internal Revenue Service / Institute of Technology / D.2 Command / Department of Speech / Music and Hearing / /

Person

Tim Clarke / Damian Murphy / Sten Ternstr¨om / Mikael Bohman / Jez Wells / Myles Capstick / Lorna Mitchell / Svante Granqvist / Cally Nixon / Catherine Humphrey / /

Position

Acknowledgements The author / /

Product

com1 Ambisonics / /

ProgrammingLanguage

MATLAB / D / TSP / /

Technology

Application Program Interface / Time-Stretched Pulse PC Personal Computer PD Pure Data RF Radio Frequency SDK Software Development Kit SNR Signal-to-Noise Ratio TSP Time-Stretched Pulse VST Virtual Studio Technology / Lua / Linux / API / GUI / /

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