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 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 …

In this research, a person-delay-based optimization method is proposed for an intelligent
Transit Signal Priority (TSP) logic that resolves multiple conflicting TSP requests at an …

Transit signal priority (TSP) has been studied as a control strategy that offers preference to
transit vehicles at signalized intersections. Although TSP has been deployed in many …

In urban settings where space is at a premium, bus lanes can often times be created only via
the conversion of existing general-use lanes. If buses are dispatched at low rates, the …

This paper explores at the planning level the benefits of coordinating tram movements and
signal timings at controlled intersections. Although trams may have dedicated travel lanes …

In this paper, results of an evaluation of an innovative strategy for minimizing bus bunching
are presented. The strategy involves continuous monitoring of bus positions along their …

This paper develops a simulation approach for integrating transit signal priority within an
adaptive traffic signal control system. The paper also presents the findings of a simulation …

Connected vehicle (CV) technology allows developing next-generation transit signal priority
(TSP) that is based on cooperation between signals (change signal timing) and buses (alter …