Traffic signal designs are critical to traffic safety and efficiency at intersections during day-to-day service, including during normal or heavy traffic scenarios. Most existing studies focus on congestion mitigation under normal traffic conditions, or during the crash recovery stage, rather than the entire process following a crash occurrence. There are usually more traffic crashes when driving environments deteriorate before, during, and after natural or human-caused hazards and major incidents
Traffic signal control systems were developed to regulate the traffic flow at roadway intersection t...
Adaptive traffic signal control (ATSC) strategies are a promising approach to improving the efficien...
There are approximately 68 million instances per day of signal change to yellow phase at high speed ...
2018PDFTech Report18-0269A3551747127Highway capacityTraffic flowSaturation flowArterial highwaysTraf...
This paper describes a procedure for improving the resilience of roadway networks. A methodology is ...
This paper describes a procedure for improving the resilience of roadway networks. A methodology is ...
10398892882010Bared, JoePDFTech ReportFHWA-HRT-10-038HRDS-05/10-10(WEB)EDTRT57-08-C-10061Adaptive co...
Using a combination of simulation and field studies, the research team found that agencies can achie...
Deep reinforcement learning methods have shown promising results in the development of adaptive traf...
Adaptive Signal Control Technology (ASCT) is a novel Intelligent Traffic System (ITS) technology dev...
This research is focused on the development of a comprehensive suite of methodologies for agencies t...
This paper will describe conceptual outlines of possible infrastructure intersection collision avoid...
The paper investigates a traffic-responsive control method applicable at isolated signalized interse...
Improving the resilience of urban road networks suffering from various disruptions has been a centra...
Thesis (Ph.D.)--University of Washington, 2014With over 300,000 traffic signals in the United States...
Traffic signal control systems were developed to regulate the traffic flow at roadway intersection t...
Adaptive traffic signal control (ATSC) strategies are a promising approach to improving the efficien...
There are approximately 68 million instances per day of signal change to yellow phase at high speed ...
2018PDFTech Report18-0269A3551747127Highway capacityTraffic flowSaturation flowArterial highwaysTraf...
This paper describes a procedure for improving the resilience of roadway networks. A methodology is ...
This paper describes a procedure for improving the resilience of roadway networks. A methodology is ...
10398892882010Bared, JoePDFTech ReportFHWA-HRT-10-038HRDS-05/10-10(WEB)EDTRT57-08-C-10061Adaptive co...
Using a combination of simulation and field studies, the research team found that agencies can achie...
Deep reinforcement learning methods have shown promising results in the development of adaptive traf...
Adaptive Signal Control Technology (ASCT) is a novel Intelligent Traffic System (ITS) technology dev...
This research is focused on the development of a comprehensive suite of methodologies for agencies t...
This paper will describe conceptual outlines of possible infrastructure intersection collision avoid...
The paper investigates a traffic-responsive control method applicable at isolated signalized interse...
Improving the resilience of urban road networks suffering from various disruptions has been a centra...
Thesis (Ph.D.)--University of Washington, 2014With over 300,000 traffic signals in the United States...
Traffic signal control systems were developed to regulate the traffic flow at roadway intersection t...
Adaptive traffic signal control (ATSC) strategies are a promising approach to improving the efficien...
There are approximately 68 million instances per day of signal change to yellow phase at high speed ...