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  • Administration and Management
  • 565 Innovative Traffic Signal Control Algorithms and Signal Designs (23)

    14-0208 Design Guidelines and Conditions That Warrant Deploying Fully Actuated Coordination

    14-0208 Design Guidelines and Conditions That Warrant Deploying Fully Actuated Coordination

    • Christopher M. Day ;
    • Darcy M Bullock ;

    Paper

    14-0208_A Design Guidelines and Conditions That Warrant Deploying Fully Actuated Coordination

    • Christopher M. Day ;

    Presentation, Poster

    14-0208_B Design Guidelines and Conditions That Warrant Deploying Fully Actuated Coordination

    • Darcy M Bullock ;

    Presentation, Poster

    14-0298 High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    14-0298 High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • Alexander Michael Hainen ;
    • Amanda Stevens ;
    • Christopher M. Day ;
    • James R. Sturdevant ;
    • Darcy M Bullock ;

    Paper

    14-0298_A High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • Alexander M Hainen ;

    Presentation, Poster

    14-0298_B High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • Amanda Stevens ;

    Presentation, Poster

    14-0298_C High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • Christopher M. Day ;

    Presentation, Poster

    14-0298_D High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • James R. Sturdevant ;

    Presentation, Poster

    14-0298_E High-Resolution Event-Based Data at Diamond Interchanges: Performance Measures and Optimizing Ring Displacement

    • Darcy M Bullock ;

    Presentation, Poster

    14-0301 Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    14-0301 Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Richard Freije ;
    • Alexander Michael Hainen ;
    • Amanda Stevens ;
    • Howell Li ;
    • W. Benjamin Smith ;
    • Hayley Summers ;
    • Christopher M. Day ;
    • James R. Sturdevant ;
    • Darcy M Bullock ;

    Paper

    14-0301_A Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Richard Freije ;

    Presentation, Poster

    14-0301_B Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Alexander M Hainen ;

    Presentation, Poster

    14-0301_C Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Amanda Stevens ;

    Presentation, Poster

    14-0301_D Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Howell Li ;

    Presentation, Poster

    14-0301_E Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • William B Smith ;

    Presentation, Poster

    14-0301_F Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Hayley Summers ;

    Presentation, Poster

    14-0301_G Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Christopher M. Day ;

    Presentation, Poster

    14-0301_H Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • James R. Sturdevant ;

    Presentation, Poster

    14-0301_I Graphical Performance Measures for Practitioners to Triage Split Failure Trouble Calls

    • Darcy M Bullock ;

    Presentation, Poster

    14-0302 Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    14-0302 Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Steven Lavrenz ;
    • Alexander Michael Hainen ;
    • Amanda Stevens ;
    • Christopher M. Day ;
    • Howell Li ;
    • Richard Freije ;
    • W. Benjamin Smith ;
    • Hayley Summers ;
    • James R. Sturdevant ;
    • Darcy M Bullock ;

    Paper

    14-0302_A Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Steven Lavrenz ;

    Presentation, Poster

    14-0302_B Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Alexander M Hainen ;

    Presentation, Poster

    14-0302_C Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Amanda Stevens ;

    Presentation, Poster

    14-0302_D Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Christopher M. Day ;

    Presentation, Poster

    14-0302_E Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Howell Li ;

    Presentation, Poster

    14-0302_F Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Richard Freije ;

    Presentation, Poster

    14-0302_G Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • William B Smith ;

    Presentation, Poster

    14-0302_H Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Hayley Summers ;

    Presentation, Poster

    14-0302_I Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • James R. Sturdevant ;

    Presentation, Poster

    14-0302_J Improving Intersection Behavior Through Delay-Based Left-Turn Phase Initiation

    • Darcy M Bullock ;

    Presentation, Poster

    14-1383 AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    14-1383 AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Chao Zhang ;
    • Yuanchang Xie ;
    • Nathan H Gartner ;
    • Chronis Stamatiadis ;
    • Tugba Arsava ;

    Paper

    14-1383_A AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Chao Zhang ;

    Presentation, Poster

    14-1383_B AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Yuanchang Xie ;

    Presentation, Poster

    14-1383_C AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Nathan H Gartner ;

    Presentation, Poster

    14-1383_D AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Chronis Stamatiadis ;

    Presentation, Poster

    14-1383_E AM-Band: Asymmetrical Multiband Model for Arterial Traffic Signal Coordination

    • Tugba Arsava ;

    Presentation, Poster

    14-1875 An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    14-1875 An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    • Peifeng Hu ;
    • Zong Z. Tian ;
    • Hao Xu ;
    • Rasool Andalibian ;

    Paper

    14-1875_A An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    • Peifeng Hu ;

    Presentation, Poster

    14-1875_B An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    • Zong Z. Tian ;

    Presentation, Poster

    14-1875_C An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    • Hao Xu ;

    Presentation, Poster

    14-1875_D An Advanced Signal Phasing Scheme for Diverging Diamond Interchanges

    • Rasool Andalibian ;

    Presentation, Poster

    14-4996 Optimal Deployment of Hybrid Alternative Power System at Signalized Intersections

    14-4996 Optimal Deployment of Hybrid Alternative Power System at Signalized Intersections

    • Mo Zhao ;
    • Anuj Sharma ;

    Paper

    14-4996_A Optimal Deployment of Hybrid Alternative Power System at Signalized Intersections

    • Mo Zhao ;

    Presentation, Poster

    14-4996_B Optimal Deployment of Hybrid Alternative Power System at Signalized Intersections

    • Anuj Sharma ;

    Presentation, Poster