An evacuation model based on co-evolutionary multi-particle swarms optimization for pedestrian–vehicle mixed traffic flow

X Zong, C Wang, H Chen - International Journal of Modern Physics …, 2017 - World Scientific
In a large common place, a huge number of pedestrians may flood into the surrounding
region and mix with the vehicles which originally existed on the roads when emergent …

An evacuation model based on co-evolutionary multi-particle swarms optimization for pedestrian-vehicle mixed traffic flow

X Zong, C Wang, H Chen - International Journal of Modern …, 2017 - ui.adsabs.harvard.edu
In a large common place, a huge number of pedestrians may flood into the surrounding
region and mix with the vehicles which originally existed on the roads when emergent …

An evacuation model based on co-evolutionary multi-particle swarms optimization for pedestrian–vehicle mixed traffic flow

X Zong, C Wang, H Chen - … Journal of Modern Physics C (IJMPC), 2017 - ideas.repec.org
In a large common place, a huge number of pedestrians may flood into the surrounding
region and mix with the vehicles which originally existed on the roads when emergent …

An evacuation model based on co-evolutionary multi-particle swarms optimization for pedestrian-vehicle mixed traffic flow.

X Zong, C Wang, H Chen - International Journal of Modern …, 2017 - search.ebscohost.com
In a large common place, a huge number of pedestrians may flood into the surrounding
region and mix with the vehicles which originally existed on the roads when emergent …

An evacuation model based on co-evolutionary multi-particle swarms optimization for pedestrian–vehicle mixed traffic flow

X Zong, C Wang, H Chen - International Journal of Modern …, 2017 - econpapers.repec.org
In a large common place, a huge number of pedestrians may flood into the surrounding
region and mix with the vehicles which originally existed on the roads when emergent …