Innovative Transportation Data Management, Survey Methods, and GeographicInformation Systems

摘要

Development and Benefits of Computer-Aided Travel Time Data Collection;Determining Detailed Origin-Destination and Travel Time Patterns Using Video and Machine Vision License Plate Matching; Application of Relational Data Base Structure for Managing Network Information; Origin-Destination Survey Data Dissemination in Metropolitan Context: A Multimedia Experience; Samples Weights for Puget Sound Transportation Panel Using Stratification Anchors in Public Use Microdata Sample and Probabilistic Models for Self-Selection; Vehicle Classification Using Advanced Technologies; Advanced Techniques for Travel Time Data Collection; Review of Methods for Estimating Vehicle Miles Traveled; Incentives and Rates of Return for Travel Surveys; Retrospective Interviewing and Its Application in Study of Residential Mobility; Nonresponse and Urban Travel Models; SMASH(Simulation Model of Activity Scheduling Heuristics): Some Simulations; Geographic Information System-Based Transportation Forecast Model for Small Urbanized Areas; Architecture of a Congestion Management System for Controlled-Access Facilities; Access Management Using Geographic Information Systems and Traffic Management Tools in Pennsylvania; Geographic Information System Framework for Modeling Mobile-Source Emissions; and Integrating Geographic Information Systems for Transportation and Air Quality Models for Microscale Analysis.