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Traffic Flow Theories | |
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Macroscopic Traffic Flow Theory--Kinematic Waves in Traffic | |
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Shock waves | |
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Flow versus concentration relationships | |
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The Boltzman-like Model of Traffic | |
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The two-fluid model of traffic | |
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Microscopic Traffic Flow Theory--Car-Following Models | |
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Local stability | |
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Asymptotic stability | |
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Acceleration noise | |
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Non-linear car-following models | |
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Some Questionable Paradoxes | |
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The Smeed paradox | |
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The Braess paradox | |
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Additional Flow Theory Work, and Future Challenges | |
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Queueing and Delays at Isolated Intersections | |
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Traffic Characteristics | |
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The Gap Acceptance Function | |
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The Delay to a Single Car | |
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Delays to Pedestrians | |
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Queueing and Delays of Vehicles | |
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The Delay at a Traffic Signal | |
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Evaluation of delays | |
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Optimization of traffic signal settings | |
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The vehicle-actuated traffic signal | |
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Traffic Control | |
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Objectives of Traffic Control | |
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Single, Isolated Intersection | |
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Synchronization Schemes for Arterial Traffic | |
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A mixed integer-linear programming approach | |
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The effect of queues on progression | |
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The TRANSYT method | |
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The Combination method | |
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The SIGOP program | |
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Traffic Responsive Operation of Traffic Lights | |
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Single intersection | |
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Systems of intersections | |
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Additional contributions: The SCOOT program | |
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The OPAC, PRODYN, CRONOS, and COP programs | |
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The Onset of Oversaturation | |
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Oversaturated Systems | |
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A single oversaturated intersection | |
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Complex oversaturated systems | |
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Oversaturated Store-and-Forward Networks | |
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Freeway Control | |
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Systems Affected by Geometric Details | |
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Traffic Generation, Distribution, and Assignment | |
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Network Representation of a Transportation System | |
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Trip Generation and Distribution | |
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Trip generation | |
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Trip distribution | |
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Time-Independent Traffic Assignment | |
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Deterministic traffic assignment models | |
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Discrete choice, stochastic, models | |
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Global Network Optimization Models | |
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Dynamic Traffic Assignment | |
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Traffic Assignment in Congested Systems | |
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Delivery of traveller information services | |
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Application of Kalman Filtering for Density Estimation in Traffic Networks | |
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Index | |