The digital waveguide mesh has been an active area of music acoustics research for over ten years. Although founded in 1-D digital waveguide modeling, the principles on which it is based are not new to researchers grounded in numerical simulation, FDTD methods, electromagnetic simulation, etc. This article has attempted to provide a considerable review of how the DWM has been applied to acoustic modeling and sound synthesis problems, including new 2-D object synthesis and an overview of recent research activities in articulatory vocal tract modeling, RIR synthesis, and reverberation simulation. The extensive, although not by any means exhaustive, list of references indicates that though the DWM may have parallels in other disciplines, it st...
Abstract—Digital waveguide mesh (DWM) models offer a simple, accurate, time-domain, numerical soluti...
The digital waveguide mesh can be used to simulate the propagation of sound waves in an acoustic sys...
Abstract—Digital waveguide physical modeling is often used as an efficient representation of acousti...
The digital waveguide mesh has been an active area of music acoustics research for over ten years. A...
Digital waveguide physical modeling is often used as an efficient representation of acoustical reson...
Acoustical physical modelling synthesis uses mathematical algorithms to describe a real-world sound ...
This article describes banded waveguides, a way of synthesizing sounds made by solid objects and an ...
In articulatory speech synthesis, the 3-D shape of a vocal tract for a particular speech sound has t...
The acoustic response of the vocal tract is fundamental to our interpretation of voice production. A...
Computer games and virtual reality require digital reverberation algorithms, which can simulate a br...
Time domain articulatory vocal tract modeling in one-dimensional (1-D) is well established. Previous...
Digital waveguide mesh (DWM) models offer a simple, accurate, time-domain, numerical solution of the...
this paper reviews two applications in digital waveguide modeling: single reed woodwinds (such as th...
The digital waveguide mesh is a discrete-time simulation used to model acoustic wave propagation thr...
Waveguide synthesis is a method of physical modeling synthesis that can be used to digitally replica...
Abstract—Digital waveguide mesh (DWM) models offer a simple, accurate, time-domain, numerical soluti...
The digital waveguide mesh can be used to simulate the propagation of sound waves in an acoustic sys...
Abstract—Digital waveguide physical modeling is often used as an efficient representation of acousti...
The digital waveguide mesh has been an active area of music acoustics research for over ten years. A...
Digital waveguide physical modeling is often used as an efficient representation of acoustical reson...
Acoustical physical modelling synthesis uses mathematical algorithms to describe a real-world sound ...
This article describes banded waveguides, a way of synthesizing sounds made by solid objects and an ...
In articulatory speech synthesis, the 3-D shape of a vocal tract for a particular speech sound has t...
The acoustic response of the vocal tract is fundamental to our interpretation of voice production. A...
Computer games and virtual reality require digital reverberation algorithms, which can simulate a br...
Time domain articulatory vocal tract modeling in one-dimensional (1-D) is well established. Previous...
Digital waveguide mesh (DWM) models offer a simple, accurate, time-domain, numerical solution of the...
this paper reviews two applications in digital waveguide modeling: single reed woodwinds (such as th...
The digital waveguide mesh is a discrete-time simulation used to model acoustic wave propagation thr...
Waveguide synthesis is a method of physical modeling synthesis that can be used to digitally replica...
Abstract—Digital waveguide mesh (DWM) models offer a simple, accurate, time-domain, numerical soluti...
The digital waveguide mesh can be used to simulate the propagation of sound waves in an acoustic sys...
Abstract—Digital waveguide physical modeling is often used as an efficient representation of acousti...