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Preface | |
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Acknowledgments | |
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Introduction | |
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What Is ITS? | |
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ITS Today and Tomorrow | |
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ITS Training and Education Needs | |
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Scope of the Book | |
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Organization of the Book | |
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Review Questions | |
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Reference | |
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Fundamentals of Traffic Flow and Control | |
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Traffic Flow Elements | |
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Flow-Density Relationships | |
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Fundamental Diagram of Traffic Flow | |
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Traffic Flow Models | |
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Greenshields Model | |
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Alternative Traffic Flow Models | |
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Shock Waves in Traffic Streams | |
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Shock Wave Velocity | |
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Shock Wave Analysis Example | |
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Traffic Signalization and Control Principles | |
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Traffic Signalization Principles | |
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Actuated Signal Control | |
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Signal Coordination | |
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Ramp Metering | |
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Types of Ramp Control | |
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Ramp Metering Operational Concept | |
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Traffic Simulation | |
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Traffic Simulation Models | |
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Examples of Traffic Simulation Models | |
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Basic Guidelines for Applying Simulation Models | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS User Services | |
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ITS User Services | |
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ITS User Services Bundles | |
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Travel and Traffic Management | |
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Pretrip Travel Information | |
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En Route Driver Information | |
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Route Guidance | |
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Ride Matching and Reservation | |
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Traveler Services Information | |
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Traffic Control | |
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Incident Management | |
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Travel Demand Management | |
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Emissions Testing and Mitigation | |
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Highway-Rail Intersection | |
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Public Transportation Operations | |
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Public Transportation Management | |
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En Route Transit Information | |
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Personalized Public Transit | |
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Public Travel Security | |
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Electronic Payment | |
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Commercial Vehicles Operations | |
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Commercial Vehicle Electronic Clearance | |
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Automated Roadside Safety Inspection | |
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Onboard Safety Monitoring | |
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Commercial Vehicle Administrative Processes | |
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Hazardous Materials Incident Response | |
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Freight Mobility | |
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Emergency Management | |
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Emergency Notification and Personal Security | |
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Emergency Vehicle Management | |
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Advanced Vehicle Control and Safety Systems | |
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Longitudinal Collision Avoidance | |
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Lateral Collision Avoidance | |
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Intersection Collision Avoidance | |
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Vision Enhancement for Collision Avoidance | |
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Safety Readiness | |
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Precrash Restraint Deployment | |
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Automated Highway System | |
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Information Management | |
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Maintenance and Construction Management | |
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Conclusions | |
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Review Questions | |
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Reference | |
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ITS Applications and Their Benefits | |
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Freeway and Incident Management Systems | |
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FIMS Objectives | |
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FIMS Functions | |
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Traffic Surveillance and Incident Detection | |
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Ramp Control | |
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Incident Management | |
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Information Dissemination | |
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Real-World Freeway and Incident Management Systems and Their Benefits | |
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Advanced Arterial Traffic Control Systems | |
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Historical Development of Computer Traffic Control Systems | |
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Adaptive Traffic Control Algorithms | |
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Real-World Adaptive Traffic Control Systems and Their Benefits | |
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Advanced Public Transportation Systems | |
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AVL Systems | |
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Transit Operations Software | |
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Transit Information Systems | |
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Electronic Fare Payment Systems | |
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Multimodal Traveler Information Systems | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS Architecture | |
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Regional and Project ITS Architecture | |
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Why Do We Need an ITS Architecture? | |
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Concept of Operations | |
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National ITS Architecture | |
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User Services and User Service Requirements | |
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Logical Architecture | |
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Physical Architecture | |
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Equipment Packages | |
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Market Packages | |
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Proposed Procedure for Developing a Regional ITS Architecture | |
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Architecture Development Tool | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS Planning | |
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Transportation Planning and ITS | |
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Planning and the National ITS Architecture | |
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Planning for ITS | |
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Market Package-Based ITS Planning Process | |
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Traceability-Based ITS Planning Process | |
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Case Study: Northern Virginia ITS Planning Exercise Using the Traceability-Based Approach | |
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Integrating ITS into Transportation Planning | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS Standards | |
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Introduction | |
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Standard Development Process | |
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National ITS Architecture and Standards | |
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ITS Standards Application Areas | |
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Center-to-Roadside Interface Class | |
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Center-to-Center (C2C) Applications | |
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Center-to-Vehicle/Traveler | |
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Roadside-to-Vehicle | |
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Roadside-to-Roadside | |
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NTCIP | |
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Standards Testing | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS Evaluation | |
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Introduction | |
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Project Selection at the Planning Level | |
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Benefit-Cost Analysis | |
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Relative Rating and Ranking | |
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Deployment Tracking | |
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Impact Assessment | |
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Benefits by ITS Components | |
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Benefit Estimation Categories | |
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Evaluation Guidelines | |
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Evaluation Support Tools | |
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ITS Deployment Analysis System | |
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Traffic Simulation Models | |
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Challenges for ITS Evaluation | |
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Conclusions | |
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Review Questions | |
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References | |
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ITS Challenges and Opportunities | |
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Mainstreaming ITS | |
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System Upgrade | |
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System Integration | |
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Training Needs | |
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Funding | |
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Privacy | |
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Rulemaking and Compliance | |
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Resource Sharing | |
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ITS and National Security | |
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Conclusions | |
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Review Questions | |
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References | |
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About the Authors | |
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Index | |