Cognitive Systems can be applied in architectural spaces to improve Built Environment performances basing on users’ needs. They can: 1) jointly monitor environmental conditions and human behaviours through Cognitive Built Environment (CBE) components; 2) use human-environment interaction models and related Key Performance Indicators to detect critical situations; 3) adapt CBE devices status to inform users on how to properly behave. This approach is applied to safety performances of outdoor (earthquake) and indoor (fire) scenarios, by proposing and testing solutions to support evacuees while reaching safe areas and rescuers’ support.
A cognitive approach for improving built environment and users’ safety in emergency conditions, / Bernardini, G.; Santarelli, S.; D’Orazio, M.; Quagliarini, E.. - In: TEMA. - ISSN 2421-4574. - ELETTRONICO. - 5:1(2019), pp. 47-60. [10.17410/tema.v5i1.214]
A cognitive approach for improving built environment and users’ safety in emergency conditions,
G. Bernardini;S. Santarelli;M. D’Orazio;E. Quagliarini
2019-01-01
Abstract
Cognitive Systems can be applied in architectural spaces to improve Built Environment performances basing on users’ needs. They can: 1) jointly monitor environmental conditions and human behaviours through Cognitive Built Environment (CBE) components; 2) use human-environment interaction models and related Key Performance Indicators to detect critical situations; 3) adapt CBE devices status to inform users on how to properly behave. This approach is applied to safety performances of outdoor (earthquake) and indoor (fire) scenarios, by proposing and testing solutions to support evacuees while reaching safe areas and rescuers’ support.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
