Alcatel-Lucent Enterprise, a leading provider of communications, networking and cloud solutions tailored to customers’ industries, is taking part in the SHARESPACE consortium, a 6 million Euro initiative funded by the European Commission through the Horizon Europe research and innovation programme.
The vision of SHARESPACE is to create future Social Hybrid Spaces (SHS) shared by humans (wearing XR glasses and mocap[1]) and avatars, where both are engaged in embodied collaborative tasks that model body movements and create interactions between the participants. This is made possible by capturing social sensorimotor primitives (actions involving both sensory and motor functions or pathways) through mobile connected innovative sensors. The environment is then reconstructed using novel extended reality (XR) technology.
Through cognitive architecture, virtual avatars will facilitate joint-action, distance-based learning and social cohesion in the hybrid societies of the future. The aim of the programme is to expand interaction in a virtual world, with XR technology enriching key social features of communication tailored to the participants’ personal characteristics. With future deployment in sectors such as health, learning, entertainment, sport and in the workplace, the technology has the potential to revolutionise hybrid working and learning.
With its ability to connect in real time any person, device, process or application, RainbowTM CPaaS (Communication Platform as a Service) provided by ALE, and tailored for the project, will allow the onboarding of avatars as a new type of endpoint, enriching the remote collaborative experience. This will bring an entirely new approach to the metaverse paradigm where real-time social interaction, ethics and sustainability are key.
Sylvain Rivier, SHARESPACE coordinator for Alcatel-Lucent Enterprise, commented:
“We are delighted to take part in this amazing project that will put Extended Reality at European users’ fingertips. With SHARESPACE, we have developed open human-centric virtual worlds with new real-time remote interactions and capabilities into Rainbow’s collaborative space. The capability to integrate human-driven or full-virtual avatars will improve the performance of human-avatar and human-robot motor coordination in complex scenarios.”
The SHARESPACE consortium comprises 14 organisations across seven countries that will work together for three years. In delivering this vision, three scenarios will be developed by leading researchers and deep-tech companies with unique expertise in health, sport and art. SHARESPACE will provide logistical, administrative and technical preparation of these real-world use cases with relevant institutions. Some examples include:
• The pain unit of the Hospital Vall d’Hebron in Barcelona, Spain, will provide remote assistance to people suffering from chronic back pain. Public demonstrations featuring the engagement of users and communities, utilising virtual reality (VR) and augmented reality (AR), will be presented during the World Pain Conference 2024 and 2025.
• The “peloton cycling challenge” sport use case aims to open up new perspectives in sport training, sport entertainment and augmented virtuality in sport. Using personal, autonomous, and semi-autonomous avatars for optimised perceptual motor skills, amateur cyclists can learn how to ride in a virtual peloton. This will be showcased at the Paris 2024 Summer Olympics and the Tour de France 2025.
• The “shared creativity improvisation” use case will allow artistic co-creation of an aesthetic environment intuitively produced from dancers’ movements using AI avatars. This will be demonstrated at the Ars Electronica Festival 2024 and 2025 in Linz, Austria.
The participating academic groups, industry and clinical partners have cutting-edge expertise in all disciplines required for the successful implementation of the SHARESPACE platform, including AI, XR, mathematics and control, research ethics, psychosocial factors and technology, health psychology and cyberpsychology, and cognitive neuroscience and movement science. This also extends to expertise in wearables and mobile technologies, as well as the deployment of digital technologies in healthcare, sports, and the arts.
This project has received funding from the European Union’s Horizon Europe research and innovation programme under grant agreement N° 101092889.
