An agent-based parallel geo-simulation of urban mobility during city-scale evacuation.
Kashif ZiaKatayoun FarrahiAndreas RienerAlois FerschaPublished in: Simul. (2013)
Keyphrases
- simulation model
- human mobility
- urban areas
- emergency evacuation
- urban planning
- spatial analysis
- public transport
- transportation networks
- agent based models
- water consumption
- aodv routing protocol
- public transportation
- mathematical model
- parallel processing
- mobility patterns
- simulation environment
- shared memory
- scale space
- hot spots
- parallel computers
- wireless sensor networks
- air quality
- massively parallel
- air pollution
- social ties
- pedestrian dynamics
- ns simulator
- cellular automata