Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Visibility function; Cost potential field; Psychological tension; Cellular automaton model;
مقالات ISI تخلیه عابر پیاده (ترجمه نشده)
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Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Exit selection; Multi-grid model; Random utility;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Visibility; Exit; Pedestrian density;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Dependency relationship; Local behavior; Cooperation; Evacuation Time;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Guidance; Visibility; Social force model;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Behaviours; Exit capacity; Bottleneck flow;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Communication; Perceptual field; Social force model
Keywords: تخلیه عابر پیاده; Typhoon Haiyan (Yolanda); Tacloban; Storm surge; Pedestrian evacuation; Numerical simulation; Depth-velocity product;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Room with multi-obstacles; Cellular automata; Aisle;
Keywords: تخلیه عابر پیاده; Simulation; Pedestrian evacuation; Route planning; Case study; Metro station;
Keywords: تخلیه عابر پیاده; Emergency; Evacuation; Egress; Ant egress; Crowd egress; Faster is slower; Pedestrian evacuation; Pedestrian dynamics;
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Social force model; Parameter calibration; Earthquake evacuation; Differential evolution;
Keywords: تخلیه عابر پیاده; Cellular automata; Pedestrian evacuation; Floor field model; Scaling
Keywords: تخلیه عابر پیاده; Road risk; Pedestrian evacuation; Complex network; Risk analysis; Disaster
Keywords: تخلیه عابر پیاده; Multi-agent; Pedestrian evacuation; Congestion; Panic
Keywords: تخلیه عابر پیاده; Cellular automata; Pedestrian evacuation; Behavioral tendency; Simulation;
Keywords: تخلیه عابر پیاده; Three-dimensional surface cellular automata model; Complex terrain in mountain area; Pedestrian evacuation; Visualized simulation;
Developing an agent-based model for pilgrim evacuation using visual intelligence: A case study of Ratha Yatra at Puri
Keywords: تخلیه عابر پیاده; Mass gathering; Crowd counting; Spatiotemporal analysis; Agent-based simulation; Pedestrian evacuation;
The position of a door can significantly impact on pedestrians’ evacuation time in an emergency
Keywords: تخلیه عابر پیاده; Snowdrift game theory; Pedestrian evacuation; Door’s position; Preferential directions
Simulation of exit choosing in pedestrian evacuation with consideration of the direction visual field
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Exit choosing; Floor field model;
A heterogeneous lattice gas model for simulating pedestrian evacuation
Keywords: تخلیه عابر پیاده; Heterogeneous lattice gas model; Local population density; Pedestrian evacuation; Interactions between pedestrians; Critical force of injury;
Simulation of pedestrian crowds' evacuation in a huge transit terminal subway station
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Subway station; Occupant density; Exit width; Evacuation time;
Simulation of pedestrian evacuation with asymmetrical exits layout
Keywords: تخلیه عابر پیاده; Cellular automata; Pedestrian evacuation; Dynamic parameters; Multi-exit; Asymmetrical layout
A proposed pedestrian waiting-time model for improving space–time use efficiency in stadium evacuation scenarios
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Space–time path; Measure of effectiveness; Waiting-time model; Use efficiencyMOEs, Measures of effectiveness; FIFO, First-in-first-out
Collection, spillback, and dissipation in pedestrian evacuation: A network-based method
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Evolutionary network; Collection; Spillback; Dissipation
Forecasting pedestrian evacuation times by using swarm intelligence
Keywords: تخلیه عابر پیاده; 45.70.Vn; 34.10.+x; 89.65.LmSwarm intelligence; Simulation; Pedestrian evacuation; Evacuation times
A mobile lattice gas model for simulating pedestrian evacuation
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Lattice gas model; Social force model; Transition probability
Cellular automaton model for evacuation process with obstacles
Keywords: تخلیه عابر پیاده; Pedestrian evacuation; Cellular automata