Audio Communication Group
Room acoustics and sound field reproduction
The team is focused on all aspects and components of room acoustical simulations, develops new approaches to room acoustical and electro-acoustical design, and investigates the perception of acoustic and electro-acoustic environments.
- Description and implementation of the radiation of dynamic sound sources for virtual acoustic reality
PhD thesis by David Ackermann | Supervision: S. Weinzierl - Error estimation in room acoustical simulations
PhD thesis by Christoph Böhm | Supervision: S. Weinzierl - Adjoint-based numerical optimization of acoustical environments
PhD thesis by Arne Hölter | Supervision: S. Weinzierl - Generative acoustical design with wave-based numerical models
PhD thesis by Bradley Alexander | Supervision: S. Weinzierl - On the visual influence on room acoustical impression
PhD thesis by Christos Drouzas|Supervision: S. Weinzierl and J. Steffens (HS Düsseldorf) - Investigating and measuring acoustic listening expertise
PhD thesis by Markus von Berg | Supervision: J. Steffens (HS Düsseldorf) and S. Weinzierl - Geometrical and numerical tools to improve the accuracy of room acoustic simulation with focus on materials and complex finish object simulation
PhD thesis by Arthur von Harten | Supervision: S. Weinzierl and M. Vorländer (RWTH Aachen) - Real-Time Audio and Video Processing in Public Internet Server Nodes
PhD thesis by Christoph Kuhr | Supervision: S. Weinzierl and A. Carot (Hochschule Anhalt)
- The Transition from Near-Field to Far-Field for the Complex Sound Radiation Patterns of Musical Instruments
Bachelor thesis by Lina Campanella | Supervision: S. Weinzierl and S. Möller - Entwicklung von Live-Lärmrasterkarten für die immissionsschutzrechtliche Überwachung von Festivals (PDF)
Master thesis by Gideon Krumbach | Supervision: S. Weinzierl and A. Elwing - Loudspeaker impedance response detection in live applications
Master thesis by Martin Lieser | Supervision: S. Weinzierl and A. Goertz - Generation of volumetric polycubes from room geometry for the analysis of reverbration times
Bachelor thesis by Anton Lorenz | Supervision: S. Weinzierl and M. Alexa - Die Schwerhörigenanlage im Theater: von der Verstärkung zur künstlerischen Anwendung (PDF)
Master thesis by Piotr Rafael Zarzycki | Supervision: S. Weinzierl and J. H. Schröder - Automatische Raumkorrektur in einem Desktop Monitor Controller
Master thesis by Stephan Eckes | Supervision: A. Goertz and S. Weinzierl - Kalibrierung mobiler Endgeräte für eine Raumakustik-App
Bachelor thesis by Philip Kramwinkel | Supervision: D. Ackermann and A. Rosenkranz - Simulation of curved surfaces in room acoustics
Master thesis by Benedikt Kästner | Supervision: F. Brinkmann and A. von der Harten (Acoustic Distinctions) - Entwicklung eines modularen Multipunkt-Beschallungskonzepts für eine Open Air Musikspielstätte
Master thesis by Hannes Hügel | Supervision: S. Lepa and J. Kepper (Akustikbüro Dahms) - Effect of Early Refelctions on Stage Acoustic Conditions
Master thesis by Jannis Kriz | Supervision: S. Weinzierl, E. Porcinai and E. Kahle (Kahle Acoustics) - Modellierung der Schallausbreitung in einer inhomogenen Atmosphäre und ihr Einfluss auf binaural synthetisierten Überfluglärm
Master thesis by Andrej Prescher | Supervision: S. Weinzierl and A. Moreau (DLR) - Symphonic Concert Halls of the Beethoven Era in Vienna. A Simulation Campaign
Master thesis by Meret Lu Stellbrink | Supervision: S. Weinzierl and D. Ackermann - Applying warped frequency scaling and principal component analysis for digital audio filters and room compensation
Master thesis by Felix Müller | Supervision: S. Weinzierl and M. Enekl (Sony Europe) - Kirchen als Hörräume. Eine Fallstudie für den Einsatz generativer Akustik
Master thesis by __ | Supervision: S. Weinzierl and D. Ackermann - Development and evaluation of a speaking and listening artificial head to study the directivity of human voice
Master thesis by Julie Daudré | Supervision: P. Luizard, M. Schneider and S. Weinzierl - Entwicklung, Simulation und Validierung eines immissionsarmen Open Air Beschallungskonzepts unter besonderer Beachtung tiefer Frequenzen
Master thesis by Korbinian Dötsch | Supervision: S. Weinzierl and D. Belcher (d&b Audiotechnik)
