Room reconstruction from sound is the problem of estimating indoor space boundaries given only a set of sound events acquired by an array of microphones. In order to find a solution in realistic scenarios, it is necessary a robust and practical method that can solve the echo labelling problem, i.e. assigning at each signal delay the correct reflector that has generated it. Although being an NP-hard problem, in this paper we demonstrate that it is possible to solve the echo labelling problem in a reasonable computational time without the need of additional hypotheses on the echoes order of arrival
We have recently witnessed the appearance of algorithms that can reconstruct a room’s geometry from ...
The response of a sound system in a room primarily varies with the room itself, the position of the ...
Estimating the geometric properties of an indoor environment through acoustic room impulse responses...
Echoes generated by the sound reflected off the walls of a room carry information about the geometry...
Acoustic scene reconstruction is a process that aims to infer characteristics of the environment fro...
Boundary estimation from an acoustic room impulse response (RIR), exploiting known sound propagation...
This paper presents a novel approach for room reconstruction using unknown sound signals generated i...
Estimating a room geometry using multiple microphones rises an echoes labeling problem. Two recent m...
Room geometry inference is concerned with the localization of reflective boundaries in an enclosed s...
This paper presents a method to reconstruct the 3D structure of generic convex rooms from sound sign...
Abstract—Boundary estimation from an acoustic room impulse response (RIR), exploiting known sound pr...
A computer being able to estimate the geometry of a room could benefit applications such as auraliza...
The process of understanding acoustic properties of environments is important for several applicatio...
Some vision impaired people can hear the shape of a room using acoustic echoes. A computer being abl...
Abstract—An approach to blindly infer the geometry of an acoustic enclosure by estimating the locati...
We have recently witnessed the appearance of algorithms that can reconstruct a room’s geometry from ...
The response of a sound system in a room primarily varies with the room itself, the position of the ...
Estimating the geometric properties of an indoor environment through acoustic room impulse responses...
Echoes generated by the sound reflected off the walls of a room carry information about the geometry...
Acoustic scene reconstruction is a process that aims to infer characteristics of the environment fro...
Boundary estimation from an acoustic room impulse response (RIR), exploiting known sound propagation...
This paper presents a novel approach for room reconstruction using unknown sound signals generated i...
Estimating a room geometry using multiple microphones rises an echoes labeling problem. Two recent m...
Room geometry inference is concerned with the localization of reflective boundaries in an enclosed s...
This paper presents a method to reconstruct the 3D structure of generic convex rooms from sound sign...
Abstract—Boundary estimation from an acoustic room impulse response (RIR), exploiting known sound pr...
A computer being able to estimate the geometry of a room could benefit applications such as auraliza...
The process of understanding acoustic properties of environments is important for several applicatio...
Some vision impaired people can hear the shape of a room using acoustic echoes. A computer being abl...
Abstract—An approach to blindly infer the geometry of an acoustic enclosure by estimating the locati...
We have recently witnessed the appearance of algorithms that can reconstruct a room’s geometry from ...
The response of a sound system in a room primarily varies with the room itself, the position of the ...
Estimating the geometric properties of an indoor environment through acoustic room impulse responses...