MAppERS: mobile networks for prevention and awareness. Communication scheme and architecture

SIMONE FRIGERIO, LUCA SCHENATO, GIULIA BOSSI, MATTEO MANTOVANI, GIANLUCA MARCATO, STEFANO CREMA, MARCO CAVALLI, ALESSANDRO PASUTO, 2017, MAppERS: mobile networks for prevention and awareness. Communication scheme and architecture, XII CONVEGNO NAZIONALE GIT - Geosciences and Information Technologies, Gavorrano (GR), 12-14 Giugno 2017,
URL: http://www.cnr.it/prodotto/i/377584

Natural processes responsibilities from central authorities to local levels as first actors is a changing pattern of civil protection. Prevention and preparedness in natural hazards are long-term goals based on capacities of professional volunteers, and improving the awareness of the citizens as local inhabitants. Local people have impacts on their lives but training and involvement towards specific techniques change their role within risk communication and emergency preparedness. A collaborative user environment is useful for emergency response and support in the wake of disasters, feeding updated information on the ground directly to on-site responders. MAppERS App is based on human role as "crowd-sourced mappers" through mobile able to share GPS-localised and detailed parameters. The feedback from testing and the training courses aim to raising public awareness and participation in a networked disaster response. The project implies design and test of smart phone linked with a real-time dashboard platform for rescue services citizens and volunteers of civil protection. Two pilot sites, including trainings on modules functioning control usability and quality of the product. The synchronized platform offers the activity of cloud data collection with a central data dashboard. Information is collected in a context of floods processes, with crowdsourcing action from local population, for proper awareness with own personal flood plan and long-term preparedness. A second context tested pre-emergency actions on field with rescue team, collecting state-of-art and condition of hazards.

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