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TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

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TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITEietaryThe information contained in this document is interim work product and subject to revision without notice.Acknowledgement and DisclaimerThis mat

erial is based up on work supported by thô U.S. Department of Transportation undec Cooperative Agreement No DTFH6114HOOOD2Any opinions, findings and c TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

onclusions or recommendations expressed in this publications are those of the Author(s) and do not necessarily reflect the view of the U.S. Department

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

of Transportation.CAMP - V21 Consortium Proprietary The information contained In this document Is Interim work product and subject to revision withou

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITEroject Traffic-level Simulation and Performance Analysis Report5. Report Date June 28. 20197. Autnor|s| Feng. Yilreng: Florence. David: Balke. Kevin;

Leblanc. David: Wu. Guoyuan; Adla. Rawa: Guenther. Hendiik-Jocrn: Hussain. Sliatr; Muradi-Paii. Etisan; Naus. Tyler: Piobcrl. Neal: vi|aya Kumar. Vive TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

k; Wiliams. Richard; YosNcta. rtroyuki: Yumak. Tuncec Deering, Richard: GCHKty, Roy9. Performing Organization Name And Address Crash Avoidance Metrics

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

Partners LLC (CAMP) cri bctiaif of tire VelikJc-to-liifraslructuic (V2I) Consortium 27220 Haggerty Road. Suite 0-1 Famwiflinn Mils, Ml 4833116. Abstr

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE infrastructure-based algorithms. The research team also used computer simưatbn to evaluate die effectiveness and potential mobility and environmental

benefits that could be generated through the application of the TOSCo system in both knv-and high-speed corridor environments. The specific objective TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

s of the performance analysis were to quantify the potential mobility and environmental benefits of the TOSCO system in a variety ot settings and with

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

different strategies as described below. •Different operating environments, a low-speed corridor (Plymouth Rd.. Michigan) and a high-speed corridor (

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITEThis report assumes the use of Dedicated Short-range Communications (DSRC), bui ether low-latency technologies could be used •Different infrastructure

algorithms to estimate queues using Information from: a basic safety message (BSM) loop-detector approach on the low-speed comdor. and a racar-based TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

detector approach on me hrgh-speec corndor •Different traffic control strategies, fixed-time contro: and coordinated actuated signal control21. No. of

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

Pages 184CAMP - V2I Consortium ProprietaryThe informalion contained in this document is interim work product and subject to revision without notice.T

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE.............viList of Tables...........................................................................xl1Introduction...............................

...........................................41.1Project Description.............................................................41.2Scope of this Repor TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

t............................................................51.3Organization of the Report......................................................52TOS

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

CO System Overview.................................................................72.1TOSCO Concept of Operations....................................

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE.................102.1.3CoordinatedStop....................................................1021.4Stopped..............................................

.................102.1.5CoordinatedLaunch..................................................10 TOSCo_Traffic_Level_Simulation_Report_-_CAMP_WEBSITE

Traffic Optimization forSignalized Corridors (TOSCo)Phase 1 ProjectTraffic-level Simulation and PerformanceAnalysis ReportCAMP - V21 Consortium Propri

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