The paper presents different methods of implementation for Ambisoncs recordings in a wave field synthesis system. Using the Ambisonics B-format, virtual microphone signals are extracted from the recording. The signals thus generated can be placed and reproduced at the corresponding positions in the wave field synthesis system. To further improve the performance of Ambisonics recordings in the system the possibility of sound source localisation using a sound field microphone is explored. With the presented methods it is possible to determine the position of individual recorded sound sources and to create a virtual, aligned microphone signal pointing at the source. Reproducing a single sound source gives good results in the system. When playi...
Data of two listening experiments conducted at University of Rostock, Germany. The study investigate...
The results are presented of a series of experiments designed to evaluate the subjective effectivene...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...
The paper presents different methods of implementation for Ambisoncs recordings in a wave field synt...
Conventional sound recording methods are based on recording the sound pressure level with a micropho...
Ambisonics is a 3D recording and playback method that is based on the representation of the sound fi...
This thesis encloses five publications which describe technologies for recording, analysing, manipul...
Wave Field Synthesis (WFS) is a sound reproduction technique that postpones the limits set by conven...
This article proposes a parametric signal-dependent method for the task of encoding microphone array...
Spatial audio processing is a key feature of the European funded FascinatE project. The FascinatE pr...
This report presents the study of the spatial audio method called Higher Order Am-bisonics, together...
Sound field reproduction using Wave Field Synthesis has been so far limited to the positioning of vir...
Capturing and replaying distance cues for multi-channel audio is currently an under-explored and und...
Ambisonic audio is an immersive audio format that can be used to enhance the audience’s perception ...
Exterior expansions of complex sound sources are presented as flexible objects for producing Ambison...
Data of two listening experiments conducted at University of Rostock, Germany. The study investigate...
The results are presented of a series of experiments designed to evaluate the subjective effectivene...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...
The paper presents different methods of implementation for Ambisoncs recordings in a wave field synt...
Conventional sound recording methods are based on recording the sound pressure level with a micropho...
Ambisonics is a 3D recording and playback method that is based on the representation of the sound fi...
This thesis encloses five publications which describe technologies for recording, analysing, manipul...
Wave Field Synthesis (WFS) is a sound reproduction technique that postpones the limits set by conven...
This article proposes a parametric signal-dependent method for the task of encoding microphone array...
Spatial audio processing is a key feature of the European funded FascinatE project. The FascinatE pr...
This report presents the study of the spatial audio method called Higher Order Am-bisonics, together...
Sound field reproduction using Wave Field Synthesis has been so far limited to the positioning of vir...
Capturing and replaying distance cues for multi-channel audio is currently an under-explored and und...
Ambisonic audio is an immersive audio format that can be used to enhance the audience’s perception ...
Exterior expansions of complex sound sources are presented as flexible objects for producing Ambison...
Data of two listening experiments conducted at University of Rostock, Germany. The study investigate...
The results are presented of a series of experiments designed to evaluate the subjective effectivene...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...