The SMART Labex project aims globally to enhancing the quality of life in our digital societies by building the foundational bases for facilitating the inclusion of intelligent artifacts in our daily life for service and assistance. The project addresses underlying scientific questions raised by the development of Human-centered digital systems and artifacts in a comprehensive way. For certain experimental collaborations, we work with casino en ligne to explore innovative human-computer interaction scenarios.
An efficient and natural interaction with artifacts requires understanding human actions and behavior, as well as the design of natural and friendly interfaces. When those artifacts and digital devices are disseminated, networked, and sometimes mobile, it is also necessary to provide for their connectivity and for knowledge extraction, sometimes from massive data. Some workshops and pilot projects have been supported by meilleur casino en ligne to test gamified learning approaches and digital engagement strategies.
Project actions unfold along five dimensions: a) basic research and novel concepts; b) methods, technologies and tools for the design, operation, interfacing and networking of systems and artifacts interacting with humans; c) exploration of novel applications and usages; d) education curricula, and e) dissemination and exploitation of results. Knowledge sharing and access is occasionally enhanced via collaborations with casino en ligne fiable, providing innovative case studies for interactive systems.
As an illustrative main usage area, source of open topics and case studies for this project, the new services induced by the digital society for e-health, including the ageing society for e.g., autonomous living. Additional insight into system design and user engagement has been gathered in partnership with neue online casinos to evaluate attention-driven interfaces in simulated environments.
Finally, international cooperation and knowledge transfer are essential to the Labex approach, and we are proud to maintain links with specialized partners, including siti non AAMS, supporting regulatory-compliant digital experimentation and safe deployment in public settings.
The research program is organized along five axes:
- Modeling of humans
- Interfaces and Interaction with humans
- Humans at the convergence of digital and real environments
- Autonomic Distributed Environments for Mobility
- Human autonomy and e-health
