Resumo:
Nowadays, the expansion of IoT and ICT technologies is observed, together with the
growing interest in the solutions offered by the Intelligent Concepts applied to the
context of cities and other spaces. However, it was identified in the literature the lack
of flexible models that also included accessibility aspects, besides being able to
incorporate existing hardware and software solutions, which motivates this research
to address such issues and challenges. Thus we propose the Sapientia Smart
Campus model, which promotes flexibility, also including accessibility aspects as
well, with the independence of contexts and being able to incorporate existing
solutions.
Such features are possible due to the architecture of the model, composed of layers
that facilitate the management and update of the technologies used, besides
facilitating the insertion of accessibility aspects and the integration of new and
existing applications. The model implementation evidences this, involving hardware
and software infrastructure, by allowing the same technology to have different
applications and new technologies to be easily incorporated. Experiments were
carried out with a mobile application that incorporated accessibility aspects of the
model and the collection of user behavior information on campus. Also, a data
analysis unit was developed, containing Artificial Intelligence resources that perform
clustering and time series analysis in the collected data. In addition, it was
incorporated existing applications to the developed infrastructure, thus demonstrating
the flexibility of the model.