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Physical modelling synthesis

Physical modelling synthesis refers to sound synthesis methods in which the waveform of the sound to be generated is computed using a mathematical model, a set of equations and algorithms to simulate a physical source of sound, usually a musical instrument.

Products, General methodology & Technologies associated with physical modelling

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General methodology

DrumViolinVoiceSpeechVocal fold
15 related topics

Technologies associated with physical modelling

Karplus–Strong string synthesisFormant synthesis
2 related topics

Overview

Sound synthesisWaveformSoundMathematical modelEquations
7 related topics

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General methodology

Technologies associated with physical modelling

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Physical modelling synthesis

Nodes28
Edges27
Triples10
Avg. degree1.93
Density0.071429
Components1

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Important terminology

synthesis physical modelling sound digital waveguide music model journal string wave computer using mathematical simulate drum instruments citation julius smith

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
a violininstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
though the energy excitation in this case is provided by the slip-stick behavior of the bow against the stringinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
the width of the bowinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
the resonanceinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
damping behavior of the stringsinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
the transfer of string vibrations through the bridgeinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
and finallyinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
the resonance of the soundboard in response to those vibrations.In additioninstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
the same concept has been applied to simulate voiceinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text
speech soundsinstance ofdescribing its movement over time and thus its generation of sound.Similar stages to be modelled can be found in instruments0.80text

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