During fire emergencies, people in large infrastructures are difficult to comprehend real-time
fire dynamics and identify available evacuation routes, leading to lengthy evacuation time …

With the extension of the subway network and the increase in passenger flow, higher traffic
pressure and risk level have occurred. Adopting appropriate guidance strategies is a critical …

The reasonable setting of guides can directly improve the evacuation capacity in the subway
station. The important role of guide assignment scheme and evacuation path planning of …

Reasonable planning of passenger evacuation routes can directly improve evacuation
efficiency in the metro station. Considering the effect of traffic capacity at the node such as …

The behavior of waiting area choice of passengers at the subway platform can directly affect
the travel efficiency, thereby affecting the service level of the station. Combining fuzzy logic …

The alighting and boarding behavior of passengers at the subway station can directly affect
the dwell time of trains, and then affect the service level of stations. The HPO-BP prediction …

The optimization of passenger evacuation paths in subway stations under flood scenarios
plays an important role in improving evacuation efficiency and ensuring escape safety …

The efficient and safe evacuation of passengers is an important foundation for ensuring the
service level of subway stations and an important part of promoting the development of …

In underground mine fires, the presence of smoke, toxic gasses, and high heat can
significantly hinder the evacuees from identifying the optimal path to safety. This study …

The optimization of evacuation routes for evacuees in fire scenarios on cruise ships directly
affects evacuation efficiency. A time-varying equivalent weight Dijkstra algorithm (TVEWDA) …