Researchers have been studying new methods and solutions to monitor and control freeway
traffic systems for some decades. Yet, present technological developments make the transfer …

Autonomous vehicles (AVs) allow new ways of regulating the traffic flow on road networks.
Most of available results in this direction are based on microscopic approaches, where …

Background and objective: We propose a nonstandard computational model to approximate
the solutions of a stochastic system describing the propagation of an infectious disease. The …

We consider a system of nonlocal balance laws where each balance law is coupled with the
remaining balance laws both by a nonlocal velocity function that takes into account the …

Conservation and balance laws on networks have been the subject of much research
interest given their wide range of applications to real-world processes, particularly traffic …

Moving bottlenecks are moving capacity restrictions that affect traffic flows, and they can be
used to describe the effects of buses and trucks in transportation networks. The computation …

This paper presents a traffic simulation framework to reproduce urban freight movements,
particularly concerning double-parked delivery operations. Since freight movements affect …

We present a general multi-scale approach for modeling the interaction of controlled
autonomous vehicles (AVs) with the surrounding traffic flow. The model consists of a scalar …

On the Existence of Solution of Conservation Law with Moving Bottleneck and Discontinuity
in FLux Page 1 On the Existence of Solution of Conservation Law with Moving Bottleneck …

We propose a mathematical framework to the study of scalar conservation laws with moving
interfaces. This framework is developed on a LWR model with constraint on the flux along …