Title :
Urban Rail Emergency Response Using Pedestrian Dynamics
Author :
Dong, Hai-Rong ; Ning, Bin ; Qin, Gao-You ; Lv, Yi-Sheng ; Li, Lefei
Abstract :
An urban rail-transit emergency response system is developed based on existing artificial systems by analyzing human behaviors from a pedestrian dynamics viewpoint. This enables necessary computational experiments on the systems that can ultimately lead to the establishment of a database of emergency response strategies and schemes.
Keywords :
behavioural sciences computing; database management systems; emergency services; pedestrians; railways; artificial systems; emergency response scheme database; emergency response strategy database; human behavior analysis; pedestrian dynamics; urban rail-transit emergency response system; Behavioral science; Emergency services; Human factors; Intelligent transportation systems; Railway transportation; Urban areas; emergency response; pedestrian dynamics; rail PCMS; urban rail transportation;
Journal_Title :
Intelligent Systems, IEEE
DOI :
10.1109/MIS.2012.21
