An automatic segmentation procedure for studying variations in mode choice behaviour

作者: Daniel A. Badoe , Eric J. Miller

DOI: 10.1002/ATR.5670320205

关键词: A priori and a posterioriService levelEconometricsPopulationComputer scienceModalTransport engineeringMode choiceTravel behaviorLevel of serviceSegmentation

摘要: Urban areas are very complex and heterogeneous in terms of their population composition activity systems. The transport system, modal choices service levels available to the also varies considerably across space time. These similarities differences explanatory variables facing individual tripmakers have be explicitly considered any study behvior. common practice has been include user attributes, addition system characteristics, utility functions help capture choice behavior individuals. However, it could well that mode-choice a segment is fundamentally different from other segments population. In view this, some studies applied segmentation schemes identify subgroups presumably travel responses. Typically, such based on stratification by single variable, chosen either priori notions or one-way cross tabulations. shortcomings. Thus, this paper develops an analytical procedure simultaneously deals with level service, socioeconomic spatial factors determine relative role each plays determining behavior. data Toronto region illustrate its use.

参考文章(14)
P J Noehammer, E J Miller, D R Ross, A micro simulation model of residential mobility International Symposium on Transport, Communication and Urban Form, 1987, Melbourne, Australia (Volume 2: Analytical Techniques and Case Studies). ,(1987)
Konstadinos G Goulias, Ryuichi Kitamura, TRAVEL DEMAND FORECASTING WITH DYNAMIC MICROSIMULATION Transportation Research Record. ,(1992)
Peter R Stopher, Shalom Reichman, DISAGGREGATE STOCHASTIC MODELS OF TRAVEL-MODE CHOICE Highway Research Record. ,(1971)
Eric J Miller, W R Rhamey, Modelling Household Mode Choice Research for Tomorrow's Transport Requirements. Proceedings of the Fourth World Conference on Transport ResearchUniversity of British Columbia, Vancouver. ,(1986)
Frank S Koppelman, Chausie Chu, EFFECT OF SAMPLE SIZE ON DISAGGREGATE CHOICE MODEL ESTIMATION AND PREDICTION Transportation Research Record. ,(1983)
Thomas F Golob, Martin Wachs, Gregory C Nicolaidis, EVALUATION OF ALTERNATIVE MARKET SEGMENTATIONS FOR TRANSPORTATION PLANNING Transportation Research Record. ,(1976)
Joel Horowitz, Specification tests for probabilistic choice models Transportation Research Part A: General. ,vol. 16, pp. 383- 394 ,(1982) , 10.1016/0191-2607(82)90066-8
Sarah Stewart Wells, Bruce G. Hutchinson, Impact of Commuter-Rail Services in Toronto Region Journal of Transportation Engineering-asce. ,vol. 122, pp. 270- 275 ,(1996) , 10.1061/(ASCE)0733-947X(1996)122:4(270)