Konferenzsystem

Michael Vorländer

Institute: Institute for Hearing Technology and Acoustics, RWTH Aachen University

Article

• FEM-Simulation of Bone Conduction in the Human Head: Influence of Geometrical and Material Parameters
• Einfluss lokaler Wetterschwankungen auf die psychoakustische Wahrnehmung von Fluglärm
• Transfer function analysis of welding stage models in Ultrasonic Metal Welding
• Beamforming vs. Near-Field Acoustic Holography
• Comparison of loudness perception mismatch with visual presentation of two anechoic rooms
• An open-source outdoor sound propagation framework with an application to aircraft noise auralization
• Perceptional Differences between Transaural, Ambisonics and Amplitude Panning
• Inverse Material Determination for Small Porous Absorber Samples
• Machine Learning zur Modellierung des Kanteneffekts bei Porösen Absorbern
• On the Directional Distribution of Decay Constants in a Reverberation Room
• A framework to conduct psychoacoustic experiments in virtual reality
• Hearing Architecture and Seeing Soundscapes: Methodological Approach of Individual Vocabulary Profiling to Evaluate Audiovisual Perception