ABJ30 - Urban Transportation Data and Information Systems
 
Number Title
07-1873 An analysis of the cost-effectiveness of a probe vehicle system at lower transmission frequencies
07-1781 Use of the National Household Travel Survey for Model Development and Validation
07-1662 The Impact of Traffic Flow on Travel Time Variability of Freeway Corridors
07-1642 The Impact of Adverse Weather on Travel Time Variability of Freeway Corridors
07-1554 The effect of a Public Transport Modes strike on traffic in Athens
07-1407 Housing Choices and Travel of Older Adults: Using AHS and NPTS/NHTS Data to Plan for the Future 
07-1363 Characterizing Travel Time Patterns and Its Application in Short-Term Prediction
07-1195 Non-parametric Regression Model For Short-term Travel Speed Prediction Using Floating Car Data
07-1113 A statistical model for forecasting random variability of link travel time in urban transportation network by using ARMA-GARCH model with the generalized Pareto distribution (GPD)
07-1069 Space-Based Passing Time Estimation on a Freeway Using Cell Phones as Traffic Probes
07-1033 A Mixture Model for Historical Travel Time Distribution
07-0853 A Multidimensional Data Model Designed to Analyze Urban Traffic Conditions
07-0845 Modelling and Estimation of Travel Time Variability
07-0799 Travel Time Variability on Signalized Arterials In terms of Different Indicators
07-0700 A Quantitative Evaluation of Transit Vehicle Probes as a Traffic Sensor
07-0539 Method for Deriving Intersection Travel Times Based On A Probabilistic Vehicle Reidentification Algorithm for Interrupted Traffic Flow
07-0445 Wireless Location Technology-Based Traffic Monitoring: Preliminary Recommendations to Transportation Agencies Based on a Synthesis of Experience and Simulation Results
07-0237 RESEARCH ON OPTIMUM DETECTOR DENCITY FOR EXPRESSWAY BASED ON TRAVEL TIME ESTIMATION
07-0226 Estimation of Truck and Bus Travel in the Delaware Valley Region
07-0225 Journey-to-Work in the Delaware Valley Region
07-0023 Loop-Detector- vs. Floating-Car-Based Travel Time Delay Monitoring Methods: Are They Compatible?