The South Snohomish Regional Transit System Priority (SS-RTSP) system was launched in Washington state to improve the level of service for community transit buses. This study uses field data and simulation models to quantitatively evaluate the impacts of the SS-RTSP system on both transit and local traffic operations. The evaluation results show that the SS-RTSP system produces substantial benefits to transit vehicles with insignificant negative impacts to local traffic on cross streets. Transit vehicles operated more reliably with the SS-RTSP system. Because of reduced travel time, the SS-RTSP system decreased the overall person delays as well
Public transport facilities, especially in large metropolitan areas have gained significant populari...
This study introduces the current application of transit signal priority (TSP) in the City of Toront...
This report addresses Transit Signal Priority (TSP) deployment issues. It reviews National Transport...
1055150Final research reportPDFResearch PaperTNW2007-0661-4161DTRS99-G-0010Traffic signal preemption...
10420972006Final reportPDFResearch PaperTNW2006-1061-0802DTRS99-G-0010Traffic signal preemptionBus p...
This paper presents findings on changes in bus running times, on-time performance, and excess passen...
Transit Signal Priority (TSP) has been deployed in many cities in the North America and the world as...
Transit signal priority (TSP) systems have been in place for several years. Traffic simulation model...
Transit signal priority (TSP) can reduce transit delay at signalized intersections by making phasing...
Recent progress in technology has facilitated the design, testing, and deployment of traffic signal ...
This research examines the impacts of a number of traffic parameters on the effec-tiveness of a Tran...
53995928mmpPDFResearch PaperTransit busesBus priorityTraffic signal preemptionEvaluationSimulationIT...
GPS-based transit signal priority (TSP) is a new type of transit preferential tool being considered ...
This research evaluated the implementation of transit signal priority (TSP) on a test corridor along...
This research evaluated the implementation of transit signal priority (TSP) on a test corridor along...
Public transport facilities, especially in large metropolitan areas have gained significant populari...
This study introduces the current application of transit signal priority (TSP) in the City of Toront...
This report addresses Transit Signal Priority (TSP) deployment issues. It reviews National Transport...
1055150Final research reportPDFResearch PaperTNW2007-0661-4161DTRS99-G-0010Traffic signal preemption...
10420972006Final reportPDFResearch PaperTNW2006-1061-0802DTRS99-G-0010Traffic signal preemptionBus p...
This paper presents findings on changes in bus running times, on-time performance, and excess passen...
Transit Signal Priority (TSP) has been deployed in many cities in the North America and the world as...
Transit signal priority (TSP) systems have been in place for several years. Traffic simulation model...
Transit signal priority (TSP) can reduce transit delay at signalized intersections by making phasing...
Recent progress in technology has facilitated the design, testing, and deployment of traffic signal ...
This research examines the impacts of a number of traffic parameters on the effec-tiveness of a Tran...
53995928mmpPDFResearch PaperTransit busesBus priorityTraffic signal preemptionEvaluationSimulationIT...
GPS-based transit signal priority (TSP) is a new type of transit preferential tool being considered ...
This research evaluated the implementation of transit signal priority (TSP) on a test corridor along...
This research evaluated the implementation of transit signal priority (TSP) on a test corridor along...
Public transport facilities, especially in large metropolitan areas have gained significant populari...
This study introduces the current application of transit signal priority (TSP) in the City of Toront...
This report addresses Transit Signal Priority (TSP) deployment issues. It reviews National Transport...