Speakerphone, audiospazializzazione dynamics.

The concept that has been characteristic of the studies of sound spatialization assumes that the listener is in a situation of passivity. But for the mobility and fluidity of contemporary society would be more useful a sound technology that can "follow" the movements of the listeners. This technology, which is controlled through the use of computer tools, allows you to create complex sound environments and perform precise sound mapping of an area. The project speakerphone , these days on display at the "MediaLounge" the Media Lab at Huddersfield (UK), was born at the Media Lab Europe, and is a modular audio system with multiple applications. The researchers Jonah Brucker-Cohen and Stefan Agamanolis have created this platform for sound spatialization consists of twenty-four boxes connected to each other in a distributed manner, which reproduces the structure of the Internet. Based on the concept of the Protocol "traceroute", able to trace the path of the TCP / IP packets along the network connections, speakerphone allows you to be able to "move" the sound from a single speaker to the other along pathways redefined from time to time through a 'control interface. In fact, a computer manages the flow of sound through a multiplexer and switches that are connected in a distributed manner and independent of the various speakers. Through the platform can be "direct", as you can do with a ray of light, any kind of sound. The distributed structure of the system, which presents itself as a 'ceiling' apply to you if the need arises, provides a high possibility of interaction. The audience becomes "active" as in a position to control the flow of information audible: through the specially designed interfaces, and the upcoming implementation of the system should include its remote control, extending the value for situations requiring real distribution network Sound addressable ad personam.