Tag Archives: Sound Field Synthesis

At the 45th German Annual Conference on Acoustics (DAGA) we presented the contribution: Winter, F.; Schultz, F.; Spors, S. (2019): “Array Design for Increased Spatial Aliasing Frequency in Wave Field Synthesis Based on a Geometric Model.” In: German Annual Conference … Continue reading →

At the 44th German Annual Conference on Acoustics (DAGA) we presented the contribution: Winter, F.; Ahrens, J.; Spors, S. (2018): “A Geometric Model for Spatial Aliasing in Wave Field Synthesis.” In: German Annual Conference on Acoustics (DAGA). The poster and … Continue reading →

At the 25th European Signal Processing Conference (EUSIPCO) conference we presented the contribution: Winter, F.; Hahn, N; Spors, S. (2017): “Time-Domain Realisation of Model-Based Rendering for 2.5D Local Wave Field Synthesis Using Spatial Bandwidth-Limitation.” In: Proc. of the 25th European Signal Processing … Continue reading →

At the 142nd Audio Engineering Society Convention conference we presented the contribution: F. Winter, H. Wierstorf, and S. Spors, "Improvement of the reporting method for closed-loop human localization experiments," in Proc. of 142nd Aud. Eng. Soc. Conv., 2017. Additional Material and the … Continue reading →

The paper Improved Driving Functions for Rectangular Loudspeaker Arrays Driven by Sound Field Synthesis by Sascha Spors, Frank Schultz and Till Rettbergs derives improved driving functions for rectangular loudspeaker arrays by applying the equivalent scattering approach. The following supplementary data … Continue reading →

We are pround to announce release 0.3.1 of the Sound Field Synthesis Toolbox for Python. This release features Calculation of the sound field scattered by an edge Various driving functions for sound field synthesis using an edge-shaped secondary source distribution … Continue reading →

In the IEEE/ACM Transactions on Audio, Speech, and Language Processing (Volume:24 , Issue: 5 ) we published Winter, F.; Ahrens, J.; Spors, S. (2016), “On Analytic Methods for 2.5-D Local Sound Field Synthesis Using Circular Distributions of Secondary Sources,” In: … Continue reading →

Release 0.2.0 of our Sound Field Toolbox for Python is available. The Python port of the Sound Field Synthesis toolbox features the calculation of the synthesized sound field for various sound reproduction methods for the monofrequent case. Functionality for visualization … Continue reading →

We are proud to announce the first release 0.1.0 of the Sound Field Synthesis toolbox for python. The toolbox is purely written in Python. It currently features the calculation of the synthesized sound field for various sound reproduction methods for … Continue reading →

The paper Non-smooth secondary source distributions in Wave Field Synthesis by Sascha Spors, Frank Schultz and Hagen Wierstorf disusses artifacts arising from edges in rectangular loudspeaker arrays. The Python scripts used to compute the figures in the paper can be … Continue reading →