‘From a musical point of view, the world is musical at any given moment’: an interview with Bill Fontana JØRAN RUDI Norwegian Network for Technology, Acoustics and Music (NOTAM), Nedre Gate 5, 0551 Oslo, Norway E-ma

Source URL: resoundings.org

ProcIEEE Workshop on Applications of Signal Processing to Audio and Acoustics, New Paltz, New York, Oct, 1999 IMPROVEMENTS TO THE SWITCHED PARAMETRIC & TRANSFORM AUDIO CODER Scott N. Levine Julius O. Smit

Source URL: www.mp3-tech.org

• Digital signal processing
• Signal processing
• Mathematical analysis
• Sound
• Waves
• Fourier analysis
• Audio codecs
• Audio time-scale/pitch modification
• Aliasing
• Musical tone
• Window function
• MPEG-1

MUSICAL EXPERIENCE BEYOND AUDIBLE SOUND AND ITS RELEVANCE FOR ELECTRO-ACOUSTIC COMPOSITION Dr. phil Marko Ciciliani Kunstuniversität Graz Institute for Electro-Acoustic Music

Source URL: www.markociciliani.de

• Academia
• Sound
• Music
• Consciousness
• Sound studies
• Soundscape
• Auditory imagery
• Acoustics
• Definition of music
• Gordon music learning theory
• Listening
• Music psychology

Sound Waves HP Prime Duration: 1 hour Objective: Characterise the type of a sinusoidal sound wave based on music played on a piano keyboard. Equipment: HP Prime, StreamSmart, microphone, keyboard, loudspeaker

Source URL: www.hp-prime.de

• Music
• Sound
• Waves
• Acoustics
• Wave mechanics
• Waveforms
• Frequency
• Piano
• Hertz
• Sine wave
• Overtone
• Musical tone

A SIGN TO WRITE ACOUSMATIC SCORES Jean-Louis Di Santo SCRIME ABSTRACT

Source URL: tenor2015.tenor-conference.org

• Music
• Acoustics
• Musical tuning
• Musicology
• Tonality
• Harmony
• Timbre
• Music theory
• Harmonic series
• Inharmonicity
• Harmonic
• Transcription

Sound Waves HP Prime Duration: 1 hour Objective: Characterise the type of a sinusoidal sound wave based on music played on a piano keyboard. Equipment: HP Prime, StreamSmart, microphone, keyboard, loudspeaker

Source URL: hp-prime.de

• Music
• Sound
• Waves
• Acoustics
• Wave mechanics
• Waveforms
• Frequency
• Piano
• Hertz
• Sine wave
• Overtone
• Musical tone

Teaching Fourier Analysis and Wave Physics with the Bass Guitar Michael Courtney Department of Chemistry and Physics, Western Carolina University Norm Althausen Lorain County Community College

Source URL: arxiv.org

• Acoustics
• Physics
• Musical tuning
• Waves
• Sound
• Harmonic
• Standing wave
• Normal mode
• Acoustic resonance
• Fundamental frequency
• Node
• Resonance

2005 IEEE Workshop on Applications of Signal Processing to Audio and Acoustics Octob er 16-19, 2005, New Paltz, NY A METHOD FOR SEPARATING DRUM OBJECTS FROM POLYPHONIC MUSICAL SIGNALS

Source URL: www.smcnus.org

• Music
• Sound
• Rhythm section
• Signal processing
• Digital signal processing
• Hip hop production
• New wave music
• Synthesizer
• Rhythm
• Drum kit
• Sampling

➠ ➡ MUSIC TRANSCRIPTION USING AN INSTRUMENT MODEL Jun Yin, Terence Sim, Ye Wang, Arun Shenoy National University of Singapore, School of Computing, Singapore

Source URL: www.smcnus.org

• Music
• Sound
• Acoustics
• Psychoacoustics
• Musical notation
• Musical tuning
• Rhythm section
• Transcription
• Missing fundamental
• Pitch
• Harmonic series
• Harmonic

Microsoft Word - CMJ_InTune_submission_3.doc

Source URL: music.informatics.indiana.edu

• Musical tuning
• Musical notation
• Cognitive musicology
• Psychoacoustics
• Acoustics
• Electronic tuner
• A440
• Intonation
• Pitch
• Just intonation
• Equal temperament
• Computer music