Transit signal priority (TSP) control widely used at signalized intersections has been
recognized as a practical strategy to improve the efficiency and reliability of bus operations …

In this paper, a person-delay-based optimization method is proposed for an intelligent TSP
logic that enables bus/signal cooperation and coordination among consecutive signals …

This paper evaluates strategies for operating buses on signal-controlled arterials using
special lanes that are made intermittently available to general traffic. The advantage of …

This paper presents the findings of a study evaluating the potential benefits of implementing
transit signal priority along the Columbia Pike arterial corridor, in Arlington, Va. The study …

This research proposes a TSPcut controller that enables connected and automated buses to
cut through traffic to make TSP green light. The proposed controller overcomes the …

This article presents a priority signal control model for multiple bus requests. The proposed
model aims to generate the optimal priority serving sequence to maximize the utilization of …

One problem in existing bus priority strategies is that while a decision is being made to grant
priority at an intersection, the bus arrival time at the downstream intersections is not …

This research examines the impacts of a number of traffic parameters on the effectiveness of
a Transit Signal Priority (TSP) application. TSP is tested with the 98 B-line rapid buses along …

Bus signal priority (BSP) is a traffic management measure which enhances the efficiency
and service reliability of the buses. An efficient BSP helps in improving the bus travel time …

ABSTRACT The Bus Rapid Transit (BRT) system can be a cost-effective alternative to foster
public transportation. However, the delay in signalized intersections is critical to the stable …