Preventing flood risk with decision algorithms

Preventing flood risk with decision algorithms

Within the framework of the Criz’Innov and i-Nondations, the teams SEPIA (Operating System, Distributed Systems, from Software to Architecture) and SMAC (Cooperative Multi-Agent Systems) present, in video, how decision algorithms can help anticipate and manage a crisis.

P-SIMMOSC: Platform for the SIMulation of MObility in Smart City

Heads:  and  The P-SIMMoSC platform is part of the dynamics of the neOCampus operation, initiated and partially financially supported by the University Toulouse III Paul Sabatier since 2013. The neOCampus operation involves 11 of the University’s laboratories, whose aim is to pool their skills to improve day-to-day comfort for the university community while reducing the ecological footprint of the buildings, cutting operating costs and developing new services for campus users.

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