Music has been influenced by digital technology over the last few decades. With the
computer and the Digital Musical Instruments, the musical composition could trespass the …

The numerical simulation of large-scale virtual acoustics and physical modelling synthesis is
a computationally expensive process. Time stepping methods, such as finite difference time …

Physical modelling is a sophisticated synthesis technique, often used in the design of Digital
Musical Instruments (DMIs). Some of the most precise physical simulations of sound …

Scientists increasingly rely on computational models of atoms and molecules to observe,
understand and make predictions about the microscopic world. Atoms and molecules are in …

Innovation and tradition are two fundamental factors in the design of new digital musical
instruments. Although apparently mutually exclusive, novelty does not imply a total …

The aim of this paper is to discuss and compare several architectural possibilities for
implementing a simulator for (ultra) sound propagation in a controlled environment (eg using …

The acoustic modeling of musical instruments is a heavy computational process, often
bound to the solution of complex systems of partial differential equations (PDEs). Numerical …

This paper proposes methods and tools to support analysis and simulation of propagation of
alerts in a city. Environmental modeling and monitoring is now a major framework for …

Application of computational GPU OpenCL kernels for near-realtime audio processing Page 1
Application of computational GPU OpenCL kernels for near-realtime audio processing Petr F …

Many physical phenomena can be modeled as the propagation of sound or radio waves, the
fluids flow, the dis-tribution of gas, the dispersion produced in a river, etc. With the help of the …