Natural tsunami catastrophes occurred over the years have developed the interest in studying the associated physicalphenomenainordertorefineexistingmodelingtoolsand enhance alert mechanisms. To this purpose, it is essential to carry out an adequate risk analysis for the most exposed areas and therefore to study any historical event that may provide useful indications on the dynamics of the area. To this aim, recently, a fully nonlinear and dispersive long wave model FUNWAVE-TVD and a 3D (sigma-coordinate) non-hydrostatic model NHWAVE were respectively proposed to simulate the tsunami propagation anditsslidegeneration.However,thesemodelsrequiretoanalyze a great amount of data coming both i) by wavemeters, which measurestheseaanomaliesinrealtime,andii)byhistoricaldata. Given the complexity of these tasks, in this paper we propose to adopt the agent technology to verify the wavemeters reliability and to analyze the results of the models cited above in order to realize a reliable tsunami alert system.
An Agent-based Tsunami Alert System / Barbaro, Giuseppe; Gangemi, Md; Giandomenico, Foti. - 1867:(2017), pp. 102-107. (Intervento presentato al convegno 18th International Workshop "From Objects To Agents" (WOA 2017) tenutosi a Scilla (RC), Italy nel June 2017).
An Agent-based Tsunami Alert System
BARBARO, Giuseppe;FOTI G
2017-01-01
Abstract
Natural tsunami catastrophes occurred over the years have developed the interest in studying the associated physicalphenomenainordertorefineexistingmodelingtoolsand enhance alert mechanisms. To this purpose, it is essential to carry out an adequate risk analysis for the most exposed areas and therefore to study any historical event that may provide useful indications on the dynamics of the area. To this aim, recently, a fully nonlinear and dispersive long wave model FUNWAVE-TVD and a 3D (sigma-coordinate) non-hydrostatic model NHWAVE were respectively proposed to simulate the tsunami propagation anditsslidegeneration.However,thesemodelsrequiretoanalyze a great amount of data coming both i) by wavemeters, which measurestheseaanomaliesinrealtime,andii)byhistoricaldata. Given the complexity of these tasks, in this paper we propose to adopt the agent technology to verify the wavemeters reliability and to analyze the results of the models cited above in order to realize a reliable tsunami alert system.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
