Introduction: Reducing the likelihood of freeway secondary crashes will provide significant
safety, operational and environmental benefits. This paper presents a method for assessing …

By handling conflicting traffic movements and establishing dynamic coordination between
intersections in real-time, the Adaptive Signal Control System (ASCS) can potentially …

Abstract Introduction: Adaptive Signal Control System (ASCS) can improve both operational
and safety benefits at signalized corridors. Methods: This paper develops a series of models …

Adaptive signal control technology (ASCT) is an advanced traffic control system that
optimizes signal timing based on real-time traffic demand. ASCT can potentially improve the …

An adaptive signal control system (ASCS) can adjust signal timings in real time based on
traffic demands. The operational benefits of ASCS vary depending on the type of ASCS …

The main objective of this study is to determine the safety effectiveness of the adaptive
signal control technology (ASCT) SynchroGreen using an observational before and after …

Field evaluation of adaptive signal control technologies (ASCT) is very important in
understanding the system's contribution to safety and operational efficiency. Data were …

The purpose of this paper is to investigate the safety impacts of adaptive signal control
systems (ASCS). The authors developed a series of negative binomial regression models of …

Since the beginning of signalization of intersections, the management of traffic congestion is
one of most critical challenges specifically for the city and urbanized area. Almost all the …

Field evaluation of adaptive signal control technologies (ASCT) is very important in
understanding the system's contribution to safety and operational efficiency. Data were …