Personalized Human-Computer Interaction, CNR-ICAR, Luigi Gallo, luigi.gallo@icar.cnr.it
Wireless Sensor Network for Distributed Environmental Monitoring, Politecnico di Torino, Marco Parvis. Sabrina Grassini, marco.parvis@polito.it sabrina.grassini@polito.it
Personalized Human-Computer Interaction, CNR-ICAR, Luigi Gallo, luigi.gallo@icar.cnr.it
Application field
Technology
Activity
Keywords
Operation of the proposed solution
Challenges
Bibliography
Health, Cultural Heritage, Industry
AI-powered Interaction in Mixed Reality Environments
Interaction
Augmented reality (AR), Mixed Reality (MR), Artificial Intelligence (AI), Holograms, Natural User Interfaces (NUIs), 3D User Interfaces.
The main goal is to introduce AI techniques in the interaction design to: i) enable mechanisms multi-modal natural interaction (gestural, vocal, bio-feedback, etc.) in augmented, virtual and mixed reality environments; ii) allow the learning of user interaction patterns and therefore the design of highly personalized interaction solutions based on user preferences or any cognitive and/or motor disabilities. Potential applications: i) precision human-machine interaction, i.e. identifying the optimal tailoring of the interface to specific users based on their personal preferences, emotional state, current situation, tasks to be performed; ii) Virtual/Augmented reality with AI-powered sensing & actuation, to improve the user’s perception within the virtual environment by optimizing the visual and sound feedback that the environment returns (e.g., bio-feedback, to encourage the user to implement control strategies); iii) Human-AI collaboration, with “human-in-the-loop” approaches in the AI learning phase.
- AI on wearable devices (on-device ML);
- Human-in-the-loop approaches for AI;
- Precision Human-Computer Interaction.
Caggianese, G., De Pietro, G., Esposito, M., Gallo, L., Minutolo, A., & Neroni, P. (2020). Discovering Leonardo with artificial intelligence and holograms: A user study. Pattern Recognition Letters, 131, 361-367.
Wireless Sensor Network for Distributed Environmental Monitoring, Politecnico di Torino, Marco Parvis. Sabrina Grassini, marco.parvis@polito.it sabrina.grassini@polito.it
Application field
Technology
Activity
Keywords
Operation of the proposed solution
Challenges
Bibliography
Cultural Heritage in indoor and outdoor environments
Portable instruments and smart sensors
Diagnostics, monitoring and materials characterization
Cultural Heritage, analytical techniques, Wireless Sensor Network, conservation, monitoring
Portable instruments (Raman, XRF, EIS, etc.) are employed for assessing and monitoring the conservation state of multi-materic cultural heritage artefacts in indoor and outdoor environments.
Moreover, smart sensors and battery-operated devices are designed and developed for measuring different quantities, such as temperature, relative humidity, gases and atmospheric pollutants, locally and without any cabling, for ensuring the long-lasting preservation of the artefacts and developing tailored conservation strategies.
All measurements and devices are performed and developed satisfying all requirements for their employment in the cultural heritage field.
- In-situ assessment of the material/environment interaction
- Smart sensor for microclimate and pollutants monitoring
Lombardo, L; Corbellini S; Parvis, M; Elsayed, A.; Angelini, E.; Grassini S. Wireless Sensor Network for Distributed Environmental Monitoring
IEEE Transactions on Instrumentation and Measurement. Vol. 67, no 5, 2018