Disaster areas typical to deal with unexpected and sudden disasters, such as earthquakes and terrorist attacks, can take advantage of context-awareness, namely the capability of providing applications with full awareness of current execution context, to increase the possibility of saving human lives. Unfortunately, context-aware services in disaster areas require efficient and reliable context data distribution. Towards this direction, we present our quality-based context data distribution infrastructure, and we introduce two optimizations useful to improve both distribution efficiency and reliability. Experimental results, obtained by means of simulations, validate our solutions.
A. Boukerche, A. Corradi, M. Fanelli, L. Foschini (2010). Towards Efficient and Reliable Context Data Distribution in Disaster Area Scenarios. PISCATAWAY, NJ : IEEE Computer Society Press.
Towards Efficient and Reliable Context Data Distribution in Disaster Area Scenarios
CORRADI, ANTONIO;FANELLI, MARIO;FOSCHINI, LUCA
2010
Abstract
Disaster areas typical to deal with unexpected and sudden disasters, such as earthquakes and terrorist attacks, can take advantage of context-awareness, namely the capability of providing applications with full awareness of current execution context, to increase the possibility of saving human lives. Unfortunately, context-aware services in disaster areas require efficient and reliable context data distribution. Towards this direction, we present our quality-based context data distribution infrastructure, and we introduce two optimizations useful to improve both distribution efficiency and reliability. Experimental results, obtained by means of simulations, validate our solutions.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
