Thomas Deppisch
Thomas Deppisch is a PhD student in the Audio Technology Group of the Applied Acoustics division. His research focuses on the perception and simulation of room acoustics for virtual reality applications. The goal is to facilitate a dynamic reproduction of convincing virtual room acoustics by balancing physical accuracy and computational effort in view of the perceptual significance.
Showing 8 publications
End-to-End Magnitude Least Squares Binaural Rendering for Equatorial Microphone Arrays
Detecting simultaneous directions of arrival in an Ambisonic signal with REVEB-ESPRIT
On the efficient simulation of pass-by noise signals from railway wheels
Direct and Residual Subspace Decomposition of Spatial Room Impulse Responses
End-to-End Magnitude Least Squares Binaural Rendering of Spherical Microphone Array Signals
Radiation Lobe Decomposition for Directivity Patterns
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