Connected and autonomous vehicles (CAVs) provide a novel perspective to address
challenges of traditional evacuation modes, such as the need for trained human drivers, out …

In urban emergency evacuation, a potentially large number of evacuees may depend either
on transit or other modes, or need to walk a long distance, to access their passenger cars. In …

This paper studies dynamic evacuation optimization in the context of a new cell transmission
with the split delivery vehicle routing problem (SDVRP) of multiple modes of buses and cars …

System-Optimal Dynamic Traffic Assignment (SO-DTA) problem optimizes the time-
dependent traffic flow of a transportation network, with varied objectives and complicated …

Modeling emergency evacuation could help reduce losses and damages from disasters. In
this paper, based on the system optimum principle, we develop a multimodal evacuation …

Modeling emergency evacuation could help reduce losses and damages from disasters. In
this paper, based on the system optimum principle, we develop a multimodal evacuation …

The emergence of connected and automated vehicles (CAV) indicates improved traffic
mobility in future traffic transportation systems. This study addresses the research gap in …

As a necessary component of connecting the building interior and urban road network for
evacuation, the evacuation of parking lots significantly impacts overall evacuation efficiency …

Considering the dynamics and risk of evacuation traffic, this paper focuses on the joint
optimization of fleet configuration and lane allocations for multimodal evacuation traffic …

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 …