Agent-based modeling (ABM) has gained popularity in construction research because of its
unique system modeling features and recent advances in computing capabilities, leading to …

The frequency and intensity of both human-made and natural disasters are predicted to
increase, and hospitals play a critically important role in reducing injury and mortality rates …

It is vital to effectively quantify the human movement parameters in rolling ships to save lives
in maritime emergency and/or accidents. This study aims to develop a new two-layer social …

This article presents an overview of the agent‐based modeling and simulation approach
and its recent developments in transport fields, with the purpose of discovering the …

Agent-based modeling (ABM) involves develo** models in which agents make adaptive
decisions in a changing environment. Machine-learning (ML) based inference models can …

The frequency of natural and man-made disasters has increased over the past few decades,
which has doubled the significance of evacuation planning because it directly affects …

In the event of fires and other hazards, visual guidance systems that support evacuation are
critical for the safety of individuals. Current visual guidances for evacuations are typically …

In order to solve the problem of finding the best evacuation route quickly and effectively, in
the event of an accident, a novel evacuation route planning method is proposed based on …

Human behavior is fundamental to human safety and the outcomes of building emergencies.
It is correlated with social environments, building environments and emergency situations …

This work is a systematic review of optimisation methods for pedestrian evacuations. The
focus is on interventional approaches that seek to improve evacuation efficiency rather than …