The Web Audio API is a powerful new platform for audio rendering within the browser and it provides a great oppor-tunity for large deployment of audio applications. This paper explores the possibilities and limitations of the API for 3D sound spatialization based on binaural synthesis over head-phones. The paper examines different processing structures and presents a new web-based server which allows the user to load individualized Head-Related Transfer Functions from a remote database
This paper proposes an audiovisual 3D multimedia system based on multi-view video and wave field syn...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...
Spatial sound has a conceptual role in the Web3D environments, due to highly realism scenes that can...
This paper presents an application that demonstrates object-based 3D audio rendering in the web brow...
[ANGLÈS] Binaural technology intends to recreate a 3D sound experience over headphones. This can be ...
This paper introduces PlugSonic Soundscape and PlugSonic Sample, two web-based applications for the ...
International audience<p>Realistic 3D audio can greatly enhance the sense of presence in a virtual e...
Web Audio API helps to manage sound through a web browser. In most cases, the input is a sound file,...
Binaural synthesis has gained fundamental importance both as a practical sound reproduction method a...
The advent of Web Audio API in 2011 marked a significant advance for web-basedmusic systems by enabl...
Large multi-channel spatial audio systems have historically been play-grounds for universities and w...
PlugSonic is a series of web- and mobilebased applications designed to: edit samples and apply audio...
Spatial sound has a conceptual role in the Web3D environments, due to highly realism scenes that can...
In an attempt to address the lack of audio processing in web-based applications, various methods are...
International audienceThis paper describes the use of spatialized binaural 3D audio in the Digiscape...
This paper proposes an audiovisual 3D multimedia system based on multi-view video and wave field syn...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...
Spatial sound has a conceptual role in the Web3D environments, due to highly realism scenes that can...
This paper presents an application that demonstrates object-based 3D audio rendering in the web brow...
[ANGLÈS] Binaural technology intends to recreate a 3D sound experience over headphones. This can be ...
This paper introduces PlugSonic Soundscape and PlugSonic Sample, two web-based applications for the ...
International audience<p>Realistic 3D audio can greatly enhance the sense of presence in a virtual e...
Web Audio API helps to manage sound through a web browser. In most cases, the input is a sound file,...
Binaural synthesis has gained fundamental importance both as a practical sound reproduction method a...
The advent of Web Audio API in 2011 marked a significant advance for web-basedmusic systems by enabl...
Large multi-channel spatial audio systems have historically been play-grounds for universities and w...
PlugSonic is a series of web- and mobilebased applications designed to: edit samples and apply audio...
Spatial sound has a conceptual role in the Web3D environments, due to highly realism scenes that can...
In an attempt to address the lack of audio processing in web-based applications, various methods are...
International audienceThis paper describes the use of spatialized binaural 3D audio in the Digiscape...
This paper proposes an audiovisual 3D multimedia system based on multi-view video and wave field syn...
Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeake...
Spatial sound has a conceptual role in the Web3D environments, due to highly realism scenes that can...