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BE S ECURe
2
B
uilt
E
nvironment
S
afer in
S
low and
E
mergency
C
onditions
through behavio
U
ral assessed/designed
Re
silient solutions
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Polytechnic of Bari
Polytechnic of Milan
Sapienza University of Rome
University of Perugia
Marche Polytechnic University
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WP
4
Human factors simulation in BETs and definition of a related behavioral-based (BD) resilience metric
IN DETAIL
T4.1
Development of simulation model including human behavior representation and BETs modifications for selected SLOD/SUOD
IN DETAIL
T4.2
Simulators application to selected BETs (current state and current SUOD/SLOD standards mitigation strategies), towards the definition of KPIs for overall resilience evaluation of BE
T4.1
T4.1
Detail of the deliverables produced for each planned task
D 4.1.1
Selected SLOD/SUOD simulation tool for BETs delivered
​
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T4.2
T4.2
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D 4.2.1
Report on simulation results
​
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D 4.2.3
SLOD KPIs for determining B-based resilience of BETs
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D 4.2.2
SUOD KPIs for determining B-based resilience of BETs
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D 4.2.4
B-based (multi-risks) resilience metric for BE
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