The paper presents an ongoing research within a multidisciplinary collaboration aiming at improving information and tools to prepare local authorities, volunteers and citizens (at a municipal and/or inter-municipal level) to anticipate, cope with, resist against and recover from the impacts of hydro-geological hazards. In particular, the paper aims at presenting the general framework and first results of the research activities we developed in order to demonstrate potential advantages from micro-simulation of evacuation dynamics. The research case study is settled on Italian Alps
Manzoni, S., Sterlacchini, S. (2014). Evacuation study by crowd dynamics micro-simulation to support disaster prevention and management: The case of SIMULATOR project. In 2014 International Carnahan Conference on Security Technology (ICCST). Piscataway, NJ : IEEE [10.1109/CCST.2014.6987020].
Evacuation study by crowd dynamics micro-simulation to support disaster prevention and management: The case of SIMULATOR project
MANZONI, SARA LUCIAPrimo
;
2014
Abstract
The paper presents an ongoing research within a multidisciplinary collaboration aiming at improving information and tools to prepare local authorities, volunteers and citizens (at a municipal and/or inter-municipal level) to anticipate, cope with, resist against and recover from the impacts of hydro-geological hazards. In particular, the paper aims at presenting the general framework and first results of the research activities we developed in order to demonstrate potential advantages from micro-simulation of evacuation dynamics. The research case study is settled on Italian Alps
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