Mixed traffic flows are opening up new areas for research and are seen as key drivers in the
field of data and services that will make roads safer and more environmentally friendly …

Max-pressure control is a new approach to signal timing with mathematically proven network
throughput properties. Over the past decade, max-pressure control has emerged from a …

Network-level adaptive signal control is an effective way to reduce delay and increase
network throughput. However, in the face of asymmetric exogenous demand, the increase of …

Backpressure (BP) control was originally used for packet routing in communications
networks. Since its first application to network traffic control, it has undergone different …

Max-pressure (MP) control is one of the few traffic signal controllers proven to maximize
network throughput or maximally stabilize the network. According to the theoretical results …

A real-time traffic management policy that integrates traffic signal control and multi-
commodity routing of connected vehicles in networks with multiple destinations is …

Nowadays traffic congestion has increasingly been a significant problem, which results in
longer travel time and aggravates air pollution. Available work showed that backpressure …

Nowadays traffic congestion has increasingly been a significant problem, which results in a
longer travel time and aggravates air pollution. Available works showed that back-pressure …

Traffic management is an essential part of intelligent transportation systems (ITS). It monitors
and controls traffic to reduce congestion and to improve traffic flow. In order to implement …

Max pressure (MP) signal timing is an actuated decentralized signal control policy. Rigorous
mathematical studies have proven stability or bounded total vehicle queues over a long …