In this paper we propose a methodology for assessing the accuracy of techniques of wave field rendering through loudspeaker arrays. In order to measure the rendered wave field we adopt a solution based on a circular harmonic analysis of the sound field captured by a vir- tual microphone array. As a result of this analysis stage, we are able to compare the target, the theoretical and the measured wave fields, which may differ due to the non-ideality in the loudspeaker array or in the environment that generates some spurious reverberations. Moreover, in order to quantify the error between target, theoretical and measured wave fields, we define some evaluation metrics, based on RMSE and modal analysis of the acquired wave fields. We show some ...
Directional sound-field information is becoming more important in sound-field analysis and auditoriu...
The spherical harmonic (SH) framework is a powerful representation that can be used to describe to a...
We present a platform for real-time transmission of immersive audiovisual impressions using model- a...
In this paper we propose a methodology for assessing the accuracy of techniques of wave field render...
In this paper we propose a methodology for assessing the accuracy of techniques of wave field render...
This paper proposes a measure to evaluate sound field reproduction systems with an array of loudspea...
Spatial sound rendering techniques are based on established theoretical frameworks. The theoretical...
The use of loudspeaker arrays to create a spatial impression within an auditorium requires the exact...
The main goal of this PhD thesis is to reproduce as accurately as possible a sound field recorded by...
In this paper we propose two metrics for the evaluation of the impact of pre-echoes and post-echoes ...
The ability to replicate a plane wave represents an essential element of spatial sound field reprodu...
In this project a Wave Field Synthesis (WFS) system using a linear array of loud-speakers is impleme...
Current Wave Field Synthesis (WFS) rendering realizations consist of large structures of audio signa...
ICSA2010: 40th International Conference: Spatial Audio: Sense the Sound of Space, October 8-10, 201...
The state of the art of wave field synthesis (WFS) systems is that they can reproduce sound sources ...
Directional sound-field information is becoming more important in sound-field analysis and auditoriu...
The spherical harmonic (SH) framework is a powerful representation that can be used to describe to a...
We present a platform for real-time transmission of immersive audiovisual impressions using model- a...
In this paper we propose a methodology for assessing the accuracy of techniques of wave field render...
In this paper we propose a methodology for assessing the accuracy of techniques of wave field render...
This paper proposes a measure to evaluate sound field reproduction systems with an array of loudspea...
Spatial sound rendering techniques are based on established theoretical frameworks. The theoretical...
The use of loudspeaker arrays to create a spatial impression within an auditorium requires the exact...
The main goal of this PhD thesis is to reproduce as accurately as possible a sound field recorded by...
In this paper we propose two metrics for the evaluation of the impact of pre-echoes and post-echoes ...
The ability to replicate a plane wave represents an essential element of spatial sound field reprodu...
In this project a Wave Field Synthesis (WFS) system using a linear array of loud-speakers is impleme...
Current Wave Field Synthesis (WFS) rendering realizations consist of large structures of audio signa...
ICSA2010: 40th International Conference: Spatial Audio: Sense the Sound of Space, October 8-10, 201...
The state of the art of wave field synthesis (WFS) systems is that they can reproduce sound sources ...
Directional sound-field information is becoming more important in sound-field analysis and auditoriu...
The spherical harmonic (SH) framework is a powerful representation that can be used to describe to a...
We present a platform for real-time transmission of immersive audiovisual impressions using model- a...