Author
Stephan D. Ewert
Institution: CvO Universität Oldenburg, Mediz. Physik und Cluster of Excellence Hearing4all
Contribution
- Brain activity discriminates acoustic simulations of the same environment
- Validation of a simplified higher-order diffraction model in urban environments
- A filter-based physically-informed spherical head model for arbitrary source distances
- Perceived Level Differences At Equal Loudness In Headphone-Based Comparisons Of Virtual Room Acoustics And Diotic Stimuli
- Augmented acoustic reality as assistive device for spatial awareness in rooms
- A Toolbox for Filter-Based First- and Higher-Order Edge Diffraction Modeling
- Verified virtual acoustic environments and comparison of speech intelligibility and hearing aid benefit to standard audiological tests
- Towards a binaural audio quality model for listeners with normal and impaired hearing
- Effect of source and self-motion on distance perception in virtual environments
- Mind the gap: Perceptual sensitivity to anisotropy in late reverberation
- Source localization in interactive virtual acoustic environments with dynamic binaural rendering
- Assessment of auditory function and abilities in life-like listening scenarios