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Contents
- accuracy
- spectral methods and
- Spectral Methods
- additive synthesis
- Additive Synthesis to Additive Synthesis
- Adrien, J.-M.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- aliasing
- Complexity of Musical Systems
- AM synthesis
- AM and FM Synthesis to AM and FM Synthesis
- Ames, W.
- Lumped Mass Spring Networks
- analysis-resynthesis
- Additive Synthesis
- analysis-synthesis methods
- Abstract Digital Sound Synthesis
- artificial reverberation
- Digital Waveguides
| Digital Waveguides
| Complexity of Musical Systems
- Cadoz, C.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- Cauchy-Schwartz inequality
- Inner Products and Identities
- Chaigne, A.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
| Direct Numerical Simulation
- Chebyshev grid
- Chebyshev Grids to Chebyshev Grids
- Chebyshev polynomials
- waveshaping and
- Other Methods
- Chowning, J.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
| AM and FM Synthesis
- circulant delay networks
- Digital Waveguides
- collocation methods
- Spectral Methods
| Collocation Methods to Collocation Methods
- Courant Friedrichs Lewy stability condition
- The 1D Wave Equation
- critical band
- Complexity of Musical Systems
- digital waveguide synthesis
- efficiency of
- Complexity of Musical Systems
- finite difference schemes and
- Digital Waveguides to Digital Waveguides
- digital waveguides
- Digital Waveguides to Digital Waveguides
- Dirichlet condition
- Boundary Conditions
- dispersion relation
- Dispersion Relation
- energy method
- Energy
| Energy Analysis
- fast Fourier transform (FFT)
- Abstract Digital Sound Synthesis
- spectral methods and
- Spectral Methods
- spectral methods and
- Fast Fourier Transforms
- feedback delay networks
- Digital Waveguides
- Fettweis, A.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- finite difference time-domain (FDTD) methods
- Direct Numerical Simulation
- finite difference time-domain FDTD methods
- As First-Order System
- finite element methods
- Direct Numerical Simulation to Direct Numerical Simulation
| Coupled Systems of Oscillators
- Florens, J.-L.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- FM synthesis
- The Oscillator
- waveshaping and
- Other Methods
- FM synthesis
- AM and FM Synthesis to AM and FM Synthesis
- FOF
- Other Methods
- Fourier series
- spectral methods and
- Spectral Methods
| Spectral Methods
- frequency warping
- Lumped Mass-Spring Networks
- in difference schemes for the SHO
- Frequency Domain Analysis
- Galerkin methods
- Spectral Methods
| Galerkin Methods to Galerkin Methods
- Garber, M.
- Spectral Methods
- Giordano, N.
- Direct Numerical Simulation
- granular synthesis
- Other Methods to Other Methods
- inharmonicity
- psychoacoustic significance of
- Complexity of Musical Systems
- instantaneous frequency
- Additive Synthesis
- Jaffe, D.
- Digital Waveguides
- Jarvelainen, H.
- Complexity of Musical Systems
- Karplus Strong algorithm
- Digital Waveguides
- Karplus, K.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- Kelly, J.
- Physical Modeling
- Kelly-Lochbaum speech synthesis model
- Digital Waveguides
| Hybrid Methods
- LC circuit
- The Simple Harmonic Oscillator
- Lochbaum, C
- Physical Modeling
- Luciani, A.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- lumped network models
- for the 1D wave equation
- Lumped Network Models
- masking
- Complexity of Musical Systems
- mass-spring system
- The Simple Harmonic Oscillator
- Mathews, M.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
| Additive Synthesis
- modal synthesis
- for the 1D wave equation
- Modal Synthesis
- spectral methods and
- Spectral Methods
- Neumann condition
- Boundary Conditions
- numerical dispersion
- Spectral Methods
- phantom partials
- Nonlinear Strings
- phase vocoder
- Additive Synthesis
- pitch glides
- Digital Waveguides
| Nonlinear Strings
| Nonlinear Plates
- Rabenstein, R.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
| Modal Synthesis
- ring modulation
- AM and FM Synthesis
- Robin condition
- Boundary Conditions
- Ruiz, P.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
| Physical Modeling
| Direct Numerical Simulation
- Runge-Kutta methods
- As First-Order System
- sampling synthesis
- Wavetable Synthesis
- short-time Fourier transformation
- Additive Synthesis
- Smith III, J.O.
- Abstract Digital Sound Synthesis
| Digital Waveguides
| Digital Waveguides
- Smith, J.O.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- source/filter models
- Subtractive Synthesis to Subtractive Synthesis
- spectral methods
- Direct Numerical Simulation to Direct Numerical Simulation
- modal synthesis and
- Connections: Direct Simulation and
| Spectral Methods
- spectral modeling synthesis (SMS)
- Additive Synthesis
- Strong, A.
- Sound Synthesis and Physical
| Sound Synthesis and Physical
- Sturm-Liouville problem
- Modal Synthesis
- subharmonic generation
- Nonlinear Plates
- subtractive synthesis
- Subtractive Synthesis to Subtractive Synthesis
| The Oscillator
- symplectic methods
- Energy Analysis
- tension modulation
- Digital Waveguides
| Complexity of Musical Systems
| Nonlinear Strings
- plate vibration and
- Nonlinear Plates
- Timoshenko beam theory
- Phase and Group Velocity
- traveling waves
- Characteristics and Travelling Wave to Characteristics and Travelling Wave
- triangle inequality
- Inner Products and Identities
- von Neumann analysis
- Sinusoidal Solution
- VOSIM
- Other Methods
- wave digital filters
- The Simple Harmonic Oscillator
- waveguide mesh
- Digital Waveguides
- waveshaping
- Other Methods
- wavetable synthesis
- Wavetable Synthesis to Wavetable Synthesis
| The Oscillator
- weighted residual methods
- Spectral Methods
Stefan Bilbao
2006-11-15