Welcome

This is the home page of the Telepresence-Enhanced Network Music Performance (TENeMP) project.

The TENeMP project is funded by the SPIRIT project.

About

The Telepresence-Enhanced Network Music Performance (TENeMP) project will use the SPIRIT infrastructure to conduct experiments with Network Music Performance (NMP) applications over a 5G network, supporting immersive telepresence equipment and services such as holographic communications and avatar-based presence. NMP can be a great showcase for both 5G and telepresence technologies. Its stringent latency requirements can only be supported by ultra-low latency 5G links and the availability of nearby edge computing resources to host multiparty communication servers. The real-life presence which is essential for both live music performance and for music teaching can only be met by exploiting immersive telepresence technologies that allow the participants to hear and see each other from multiple vantage points as part of a 3D scene, rather than as flat images captured on a video camera. TENeMP will evaluate the feasibility of different NMP scenarios and topologies over pure 5G and mixed 5G networks, explore different ways of supporting multiparty scenarios by exploiting edge computing resources, and will integrate future telepresence technologies such as holographic communications and avatar-based presence with audio- based NMP tools, to provide a unified presence experience for NMP-based performance and education. The project will exploit many of the components of the SPIRIT testbeds, from 5G connectivity, via telepresence enablers, to edge computing resources, providing a showcase for the SPIRIT platform and its capabilities. At the same time, it will not only try to assess the feasibility of NMP over the advanced facilities offered by the SPIRIT platform, it will actively enhance existing NMP tools with immersive telepresence, providing everyone with access to music performance and education, regardless of their location and mobility constraints.

The TENeMP team