-Auralisation of outdoor sound has a strong potential for demonstrating the impact of different community noise scenarios. We describe here the development of an auralisation tool for outdoor noise such as traffic or industry. The tool calculates the sound propagation from source to listener using the Nord2000 model, and represents the sound field at the listener's position using spherical harmonics. Because of this spherical harmonics approach, the sound may be reproduced in various formats, such as headphones, stereo, or surround. Dynamic reproduction in headphones according to the listener's head orientation is also possible through the use of head tracking
Aircraft noise is a major issue in urban areas. Due to a rising level ofurbanisation and the continu...
This thesis investigates approaches for the auralisation of traffic noise in an outdoor environment....
Developments in the area of spatial sound reproduction have led to a large variety of established au...
-Auralisation of outdoor sound has a strong potential for demonstrating the impact of different comm...
Environmental noise caused by traffic and industrial facilities is a relevant health factor in urban...
Auralisation describes the process of generating and presenting audible sound using computer program...
When planning the development of urban areas, it is important to assess the future acoustic environm...
Acoustical simulations are useful for work in community noise as well as sound quality. Applications...
Assessment of sound environments for urban areas under development can be achieved by auralising the...
Building new houses in urban areas is often hindered by the presence of road traffic noise. Thereby,...
As urban planning evolves along with societal life, new requirements that should be met are rising. ...
The main research question addressed in this article is to find out to what extent it is possible to...
Sound insulation auralization can be used as valuable tool to study the perceptual aspects of sound ...
Auralisation is the process of rendering virtual sound fields. It is used in areas including: acoust...
Environmental noise auralisation has the potential to improve communication between acoustic consult...
Aircraft noise is a major issue in urban areas. Due to a rising level ofurbanisation and the continu...
This thesis investigates approaches for the auralisation of traffic noise in an outdoor environment....
Developments in the area of spatial sound reproduction have led to a large variety of established au...
-Auralisation of outdoor sound has a strong potential for demonstrating the impact of different comm...
Environmental noise caused by traffic and industrial facilities is a relevant health factor in urban...
Auralisation describes the process of generating and presenting audible sound using computer program...
When planning the development of urban areas, it is important to assess the future acoustic environm...
Acoustical simulations are useful for work in community noise as well as sound quality. Applications...
Assessment of sound environments for urban areas under development can be achieved by auralising the...
Building new houses in urban areas is often hindered by the presence of road traffic noise. Thereby,...
As urban planning evolves along with societal life, new requirements that should be met are rising. ...
The main research question addressed in this article is to find out to what extent it is possible to...
Sound insulation auralization can be used as valuable tool to study the perceptual aspects of sound ...
Auralisation is the process of rendering virtual sound fields. It is used in areas including: acoust...
Environmental noise auralisation has the potential to improve communication between acoustic consult...
Aircraft noise is a major issue in urban areas. Due to a rising level ofurbanisation and the continu...
This thesis investigates approaches for the auralisation of traffic noise in an outdoor environment....
Developments in the area of spatial sound reproduction have led to a large variety of established au...