Waves » Concerto for solo cello, trumpet obligato, string orchestra and computer (Ambisonics)

Source URL: www.tgmusic.ch

• French language
• British English
• Old Norse

SOUND ELEMENT SPATIALIZER Ryan McGee, Matthew Wright Media Arts and Technology University of California, Santa Barbara

Source URL: mat.ucsb.edu

• Electronic musical instruments
• Surround sound
• Virtual reality
• Sound recording
• Wave field synthesis
• Digital audio workstation
• Ambisonics
• 3D audio effect
• Open Sound Control
• Spatial music
• Music sequencer
• Audio mixing

Near Field filters for Higher Order Ambisonics Fons ADRIAENSEN Abstract A digital implementation of the near-field filters

Source URL: users.skynet.be

• Engineering
• Electrical engineering
• Filter theory
• Telecommunications engineering
• Digital signal processing
• Linear filters
• Electronic design
• Signal processing filter
• Digital filter
• Electronic filter
• Filter
• Bilinear transform

List of Available Equipment for third parties Microphones mH Acoustics Eigenmike Soundfield SPS 422B Ambisonics Decoder B&K 4942 Diffuse field microphone B&K 4189 Free field microphone

Source URL: comunicacio.barcelonamedia.org

Zylia is a R&D company which develops innovative 3D audio recording systems, digital TV systems as well as new multimedia technologies. Zylia takes an active role in the research community through participation in collab

Source URL: www.zylia.pl

• GNOME
• GStreamer
• Ambisonics
• Soundfield microphone
• Juce
• 3D audio effect
• Microphone array
• Audio signal processing
• Digital signal processing
• Software
• Microphones
• Surround sound

The CUBEMixer a Performance­, Mixing­ and Masteringtool Thomas Musil Institute of Electronic Music  and Acoustics  Inffeldgasse 10 Graz,Austria 8010

Source URL: lac.linuxaudio.org

• Ambisonics
• Ambisonic decoding
• Pure Data
• 3D audio effect
• Matrix decoder
• MIDI
• Open Sound Control
• Sound card
• Waves
• Surround sound
• Sound

THE SOUND PORT: DEVELOPMENT OF A BI-DIRECTIONAL SOUND TRANSDUCER Alastair Moore Langwith College University of York June 2005

Source URL: www.speech.kth.se

• Ultrasound
• Microphone
• Loudspeaker
• Stereophonic sound
• Transducer
• Reverberation
• Directional sound
• Ambisonics
• Sound reinforcement system
• Waves
• Acoustics
• Sound

Spherical Harmonics and Ambisonics Gordon Monro School of Mathematics and Statistics University of Sydney F07 NSW 2006 Australia

Source URL: www.gommog.com

• Rotational symmetry
• Partial differential equations
• Atomic physics
• Mathematics
• Ambisonics
• Surround sound
• Spherical harmonics
• Fourier series
• Ellipse
• Mathematical analysis
• Geometry
• Fourier analysis

   AMBI@Home ­ The search for extra­frontal intelligence Linux Audio Conference 2008, Cologne Jörn NETTINGSMEIER Sound and event engineering Lortzingstr. 11 D­45128 Essen

Source URL: lac.linuxaudio.org

• Information science
• Ambisonics
• Ambisonic decoding
• Digital room correction
• Quadraphonic sound
• Soundfield microphone
• Surround channels
• Loudspeaker
• Matrix decoder
• Surround sound
• Waves
• Sound

Motivation System Project

Source URL: lac.linuxaudio.org

• Microphone array
• Motivation
• 3D audio effect
• Microphone
• Sound card
• Signal processing
• Information science
• Behavior
• Surround sound
• Microphones
• Ambisonics