The General Assembly of the AI-PRISM Project in Turin was marked by a comprehensive exploration of both user and technical perspectives, showcasing the project’s vision and objectives. The meeting delved into various work packages, featuring insights from industrial scenarios to technical foundations, and even a guided tour of COMAU facilities.
User Perspective
The morning session commenced with a focus on industrial scenarios and requirements analysis (WP1). WINGS presented an overview of pilot needs, addressing challenges, objectives, and to-be scenarios. Following this, COMAU demonstrated the integration in System Demonstration and Validation (WP6), while CRANFIELD delved into the human-centric approach of Social Collaboration in Human-Agent Robot Teams (WP5).
Technical Perspective
The afternoon shifted gears to the technical realm, beginning with an overview of AI-PRISM’s architecture (WP2) by UPV. IKERLAN provided insights into the Human-Centered Collaborative Robotics Platform (WP3), and UPV outlined AI-enhancing tools (WP4). The technical foundation and innovations in these areas were thoroughly explored.
Transversal Aspects
The latter part of the meeting focused on transversal aspects, highlighting the broader scope of the project. TAU discussed Open-Access Pilots (WP7), emphasizing open experimentation. Following that, AUSTRALO and NTTD ES covered Outreach, Exploitation, and Collaboration (WP8), shedding light on the project’s exploitation perspective and dissemination efforts.
Guided Demos
The following days was dedicated to guided demos, showcasing the AI-PRISM platform’s high-level features. Demonstrators included collaborative robotics in manufacturing environments, ambient digitalization and perception, tacit knowledge capture from workers, enhanced manufacturing operations, experimentation network suite, and human behaviour modelling. Each session provided a closer look at specific features and components, offering a glimpse into the project’s progress and future milestones.
The AI-PRISM General Assembly in Turin exemplified the collaboration and progress achieved by bringing together diverse perspectives and technical expertise. The commitment to open experimentation, user-centric design, and effective dissemination ensures that AI-PRISM is not just a project but a transformative force in the realm of collaborative robotics. Stay tuned for further updates as AI-PRISM continues to push boundaries and redefine the future of AI in manufacturing environments.
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