This article presents a new system for estimation the direction of multiple speakers and zooming the sound of one of them at a time. The proposed system is a combination of two levels; namely, sound source direction estimation, and acoustic zooming. The sound source direction estimation uses so-called the energetic analysis method for estimation the direction of multiple speakers, whereas the acoustic zooming is based on modifying the parameters of the directional audio coding (DirAC) in order to zoom the sound of a selected speaker among the others. Both listening tests and objective assessments are performed to evaluate this system using different time-frequency transforms
We propose a new method for estimating directions of arrival (DOAs) of sound sources, both in azimut...
This thesis work presents the way of locating the sound source by using two microphone. The idea to ...
In this paper, a new cost function for estimating the direction-of-arrival (DOA) using two microphon...
This article presents a new system for estimation the direction of multiple speakers and zooming the...
Directional audio coding (DirAC) is a parametric approach for the analysis and reproduction of spati...
A spatial-sound processing technique, Directional Audio Coding (DirAC), provides a parametric repres...
Modern home entertainment systems offer surround sound audio playback. This progress over known mono...
A method for estimating the direction to a sound source, using a compact array of microphones, is pr...
In many speech communication applications, robust localization and tracking of multiple speakers in ...
This paper presents a new approach for multiple speaker DOA estimation using an array of microphones...
In digital cameras, a visual zoom allows for narrowing the apparent angle of view in a video or an i...
Several real-life applications require a system that would reliably locate and track a single speake...
This paper deals with the problem of speaker detection using audio signal processing, which consists...
The parametric loudspeaker provides an effective means of projecting sound in a highly directional m...
Speech communication is gaining in popularity in many different contexts as technology evolves. With...
We propose a new method for estimating directions of arrival (DOAs) of sound sources, both in azimut...
This thesis work presents the way of locating the sound source by using two microphone. The idea to ...
In this paper, a new cost function for estimating the direction-of-arrival (DOA) using two microphon...
This article presents a new system for estimation the direction of multiple speakers and zooming the...
Directional audio coding (DirAC) is a parametric approach for the analysis and reproduction of spati...
A spatial-sound processing technique, Directional Audio Coding (DirAC), provides a parametric repres...
Modern home entertainment systems offer surround sound audio playback. This progress over known mono...
A method for estimating the direction to a sound source, using a compact array of microphones, is pr...
In many speech communication applications, robust localization and tracking of multiple speakers in ...
This paper presents a new approach for multiple speaker DOA estimation using an array of microphones...
In digital cameras, a visual zoom allows for narrowing the apparent angle of view in a video or an i...
Several real-life applications require a system that would reliably locate and track a single speake...
This paper deals with the problem of speaker detection using audio signal processing, which consists...
The parametric loudspeaker provides an effective means of projecting sound in a highly directional m...
Speech communication is gaining in popularity in many different contexts as technology evolves. With...
We propose a new method for estimating directions of arrival (DOAs) of sound sources, both in azimut...
This thesis work presents the way of locating the sound source by using two microphone. The idea to ...
In this paper, a new cost function for estimating the direction-of-arrival (DOA) using two microphon...