Final Thesis

Filter design of diffraction in auralization of urban environments

Key Info

Basic Information

Research Area:
Akustische Virtuelle Realitšt


Bachelor Thesis of Filbert, Daniel

The acoustic propagation of sound in the open field or in the interior can be calculated effectively and in high quality by geometric simulation methods. However, phenomena that are mainly due to wave-based properties are implemented insufficiently or only with comparatively complex calculation models by these approaches. In this bachelor theses, well-known methods for the filter design of diffraction simulation in geometric acoustics will are investigated and applied for the auralization of urban environments, in which mainly wave fronts of low order come to account.