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Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics

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Figure 4: (a) Profile of the crowd at a clogged exit door. (b) Density graph at the exit door shows that no agent was able to pass the exit during the clogging effect. - "Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics"
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
FINAL ITRC Proceedings April 8, PDF, Public Transport
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
Francisco Enrique Vicente CASTRO, Research Scientist, PhD in Computer Science, New York University, NY, NYU
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
PDF) A Comparative Study of Flows Through Funnel-Shaped Bottlenecks Placed in the Middle and Corner
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
PDF) Understanding Crowd Behaviours, Volume 2: Supporting Theory and Evidence.
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
Dictionary File
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
hs-dict/en_NA.dic at master · hsk81/hs-dict · GitHub
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
nlpdl/ex5/train.txt at master · ecly/nlpdl · GitHub
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
The knowledge domain of crowd dynamics: Anatomy of the field, pioneering studies, temporal trends, influential entities and outside-domain impact - ScienceDirect
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
PDF) Understanding crowd behaviours: Volume 2 – Supporting theory and evidence
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
Modeling crowd evacuation of a building based on seven methodological approaches - ScienceDirect
Figure 4 from Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
Microsimulations of Arching, Clogging, and Bursty Exit Phenomena in Crowd Dynamics
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