Integrated Land-Use and Transportation Models

Behavioural Foundations

AvMartin Lee-Gosselin,Martin Lee-Gosselin

Inbunden, Engelska, 2005

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Beskrivning

Tools are developing rapidly to aid public agencies and consultants with the management of land-use and transportation. Ever more powerful computers promise new generations of simulation models that allow novel investment strategies and public policies to be "tried on for size" before they are introduced. But for these models to reach their full potential, they must represent human behaviour in a realistic way. This book examines the behavioural foundations, often simplistic, that have limited land-use and transportation models in the past, and recommends alternative assumptions, frameworks and methods. At the heart of these are ways to measure and represent the processes of decision-making that lead to the organisation of human activities in time and space. All the main urban decision-makers are involved, including individuals, households, property developers, owners of shops and leisure facilities, employers, and public officials. The focus ranges from daily decisions of households concerning what to do, where and when to do it, and by what travel mode, to longer term decisions concerning residential choice, vehicle holdings or land consumption by housing and business entities. Collectively, these intentional micro-level behaviours culminate in aggregate flows of traffic and urban growth that may be unintended and contrary to public policy. The book is an essential guide to these behavioural foundations for anyone evaluating the environmental sustainability, healthiness and equitability of access to activities and services in city regions. This book was a product of the PROCESSUS international network research programme, funded principally by the Social Sciences and Humanities Research Council of Canada (SSHRC), the Canadian Network of Centres of Excellence in geomatics (GEOIDE), and the Quebec Ministry of Transport.

Produktinformation

Utgivningsdatum:2005-07-01
Mått:165 x 240 x 18 mm
Vikt:744 g
Format:Inbunden
Språk:Engelska
Antal sidor:306
Förlag:Emerald Publishing Limited
ISBN:9780080446691

Utforska kategorier

Regional planering inom Naturvetenskap och teknik

Recensioner i media

"...will serve as a cornerstone in the field of land use transportation modeling for years to come." -Venky Shankar, TRANSPORTATION JOURNAL (Apr-Jun 2006)

Innehållsförteckning

Introduction. (M.E.H. Lee-Gosselin, S.T. Doherty). Section I: Conceptual Issues and Approaches. A Dynamic Understanding of Travel Demand: A Sketch. (K.W. Axhausen). Propositions for Modelling Household Decision-Making. (E.J. Miller). Operationalising Household Activity Scheduling Models: Addressing Assumptions and the Use of New Sources of Behavioural Data. (M.J. Roorda, S.T. Doherty, E.J. Miller). Conceptual Perspectives for Explaining Spatio-Temporal Behaviour in Urban Areas. (T. Ramadier, M.E.H. Lee-Gosselin, A. Frenette). Section II: Key Behavioural Components and Related Data Needs. Measuring Activity and Action Space/Time: Are Our Methods Keeping Pace with Evolving Behaviour Patterns? (T.M. McCray, M.E.H. Lee-Gosselin, Mei-Po Kwan). Modelling Learning and Adaptation in Route and Departure Time Choice Behaviour: Achievements and Prospects. (A. Jotisankasa, J.W. Polak). The Influence of Mobile and Immobile Communications on Activity and Travel Scheduling. (A.J. Richardson, R.K. Seethaler). The Creation of Simulated Household Travel Survey Data Based on Available Demographic Data from Households. (P. Stopher, J. Rose, P. Bullock). Section III: Operational Modelling Issues and Advances. GIS, Objects and Integrated Urban Models. (R.N. Buliung, P.S. Kanaroglou, H. Maoh). A Distributed Computing Approach for Transportation Modelling and Simulation: Application to an Airport System. (C. Ray, C. Claramunt). Design and Implementation of PECAS: a Generalised System for Allocating Economic Production, Exchange and Consumption Quantities (J.D. Hunt, J.E. Abraham). Hybrid Choice Models with Logit Kernel: Applicability to Large Scale Models. (D. Bolduc, M. Ben-Akiva, J. Walker, A. Michaud).