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Inference of room geometry from acoustic impulse responses
Acoustic scene reconstruction is a process that aims to infer characteristics of the
environment from acoustic measurements. We investigate the problem of locating planar …
environment from acoustic measurements. We investigate the problem of locating planar …
Can one hear the shape of a room: The 2-D polygonal case
We consider the problem of estimating room geometry from the acoustic room impulse
response (RIR). Existing approaches addressing this problem exploit the knowledge of …
response (RIR). Existing approaches addressing this problem exploit the knowledge of …
Localization of distinct reflections in rooms using spherical microphone array eigenbeam processing
This paper presents an experimental and comparative study of several spherical
microphone array eigenbeam (EB) processing techniques for localization of early reflections …
microphone array eigenbeam (EB) processing techniques for localization of early reflections …
Using reverberation to improve range and elevation discrimination for small array sound source localization
Sound source localization (SSL) is an essential task in many applications involving speech
capture and enhancement. As such, speaker localization with microphone arrays has …
capture and enhancement. As such, speaker localization with microphone arrays has …
3D room geometry estimation from measured impulse responses
Estimation of the room geometry from spatial room impulse responses is studied. An
algorithm for estimating the geometry is presented. The algorithm does not require any a …
algorithm for estimating the geometry is presented. The algorithm does not require any a …
3D room geometry inference based on room impulse response stacks
Room geometry inference is concerned with the localization of reflective boundaries in an
enclosed space. This paper outlines a method for inferring room geometry based on the …
enclosed space. This paper outlines a method for inferring room geometry based on the …
Geometrically constrained room modeling with compact microphone arrays
The geometry of an acoustic environment can be an important information in many audio
signal processing applications. To estimate such a geometry, previous work has relied on …
signal processing applications. To estimate such a geometry, previous work has relied on …
Data-driven 3D room geometry inference with a linear loudspeaker array and a single microphone
Knowing the room geometry may be very beneficial for many audio applications, including
sound reproduction, acoustic scene analysis, and sound source localization. Room …
sound reproduction, acoustic scene analysis, and sound source localization. Room …
Room geometry estimation from a single channel acoustic impulse response
For a 2D rectangular room of unknown dimensions and with unknown source and
microphone positions, the times of arrival of reflections can be described in terms of image …
microphone positions, the times of arrival of reflections can be described in terms of image …
Fully reversing the shoebox image source method: From impulse responses to room parameters
We present an algorithm that fully reverses the shoebox image source method (ISM), a
popular and widely used room impulse response (RIR) simulator for cuboid rooms …
popular and widely used room impulse response (RIR) simulator for cuboid rooms …