Michael Vorländer

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

Article

• On using machine learning in Ultrasonic Metal Welding (vor Ort)
• Finite Element Simulation of Bone Conduction in the Human Head: The Inner Ear Component (vor Ort)
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• Inverse modelling of vehicle pass-by noise for auralizations (vor Ort)
• Open-Source Simulation Scheduling Framework for Real-Time Auralisation (vor Ort)
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• Evaluation of users’ performance in classroom with different background noise sources (online)
• Numerical simulation of scattering patterns of a sine-shaped surface (vor Ort)
• Ambient Sounds in Auralization – Calibration Method for Spherical Microphones (vor Ort)
• Does the loudness mismatch between free field and headphone depend on the visually presented scene? (online)
• Neural Network Based In-situ Method to Determine Surface Impedance and Absorption Coefficient of Porous Materials (vor Ort)
• Configuration of a real-time auralization framework for complex scenes (vor Ort)
• Unfolding urban vocabularies - Audio-visual description of public spaces and their connections to urban analysis (vor Ort)
• Spatio-temporal analysis of anisotropic reverberation (vor Ort)
• Analysis of Multi-Exponential Decay Constant Estimation Methods (vor Ort)