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发表于 2005-12-24 16:15:50
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【1元下载！】经典交通书籍、手册、实用技术报告和国内外论文（集）下载！
下面的的几楼是我个人收集的《Handbook of Transport Modelling》的几个电子版的章节，相关书的信息如下：
Handbook of Transport Modelling
Edited by
D.A. Hensher ,
Institute of Transport Studies, The University of Sydney, NSW 2006, Australia, Email: davidh@its.usyd.edu.au
K.J. Button ,
George Mason University, The School of Public Policy, MS 3C6, Fairfax, VA 22030-4444, USA, Email: kbutton@gmu.edu
Description
Transportation involves a large number of complex and interacting relationships that are often difficult to analyze.
Modelling involves the simplification and abstraction of the underlying, key relationships that assist this analysis.
To this end, the last forty years have witnessed the development and application of a large number of techniques and
procedures directed towards enhancing our understanding of the behaviour of the various agents who impact on transport
systems. The toolkit now available to transport modellers has evolved from many disciplines, most notably economics,
engineering, psychology, geography and statistics with the focus on studying the behaviour of individuals and groups.
The dominating theme of this volume on transport modelling is the study of the behaviour of individuals and organisations
and the ways in which these affect the movement of persons, commodities or information. It is assumed that appropriate
formal methods centered on a set of hypotheses testable within a modelling framework add value to the process of improving
our understanding of the transport system, especially the behavioural responses of those in a position to influence its
performance. Improved understanding of behavioural response should improve the quality of predictions of outcomes.
When designing a book looking at the state-of-the-art and practice of transport modelling there is the inevitable need
for compromise between material presented in a way useful to the entry level reader wishing to obtain a broad and a deep
initial perspective and the delivery of this information in a way that is also useful to individuals who have been in the
field for some time. The approach adopted is a synthesis of history, methods and case studies. Although any classification
of themes is inevitably arbitrary, we provide a series of topic areas that we see as the essential foci of any structured
study with modelling as a central input.
In structuring the book thought has been given to its usefulness for courses dealing with transport modelling. Looking at
existing courses but also reflecting in emerging trends, it is clear that coverage should include contributions on;
demand methods, data issues, valuation, cost and performance, and traffic models. We find these five themes appealing and
they form the basis for partitioning Part I of the book. Part II builds on this through a series of model reviews of
specific applications such as parking, national traffic forecasting, public transport, urban freight movements and
logistics management. This is supplemented by a series of modal and infrastructure case studies illustrating how modelling
can be applied to the study of the different transport modes and the infrastructures that support them. All the
contributions are by leading experts in their fields and there is extensive cross-referencing of subject matter.
Audience
For professionals wishing to obtain a broad and deep initial perspective of transport modelling.
Chapter headings:
Introduction to the series.
Introduction (D.A. Hensher, K.J. Button).
History of demand modelling (J. Bates).
The four-step model (M.G. McNally).
The activity-based approach (M.G. McNally).
Flexible model structures for discrete choice analysis (C.R. Bhat).
Duration modeling (C.R. Bhat).
Longitudinal methods (R. Kitamura).
Stated-preference methods (J. Louviere, D. Street).
Towards a land-use and transport interaction framework (F. Martínez).
Travel networks (L.G. Willumsen).
Analytical dynamic traffic assignment models (T.L. Friesz, D. Bernstein).
Transport demand elasticities (Tae Hoon Oum, W.G. Waters II).
Closed-form discrete-choice models (F.S. Koppelman, V. Sethi).
Survey and sampling strategies (P.R. Stopher).
Geographical information systems for transport (K.J. Dueker, Tu Ton).
Definition of movement and activity for transport modelling (K.W. Axhausen).
Environmental valuation (R. Daniels, V. Adamowicz).
Allocation and valuation of travel-time savings (S.R. Jara-Diáz).
Cost functions in transport (E. Pels, P. Rietveld).
Productivity measurement (W.G. Waters II).
Congestion modeling (R. Lindsey, E. Verhoef).
Modeling signalized and unsignalized junctions (R. Troutbeck).
Trip timing (H.S. Mahmassani). Modeling parking (W. Young).
National models (A. Daly).
An introduction to the valuation of travel-time savings and losses (H.F. Gunn).
Can telecommunications help solve transportation problems? (I. Salomon).
Automobile demand and type choice (D.S. Bunch).
Information systems and other intelligent transport system innovations (P. Bonsall).
Transit-assignment models (J. de Cea, E. Fernandez).
Models for public transport demand and benefit assessments (K. Jansson, R. Mortazavi).
Strategic freight network planning models (T.L. Friesz).
Urban freight movement modeling (G. D';Este).
Value of freight travel-time savings (G. de Jong).
Modelling performance: rail (C. Nash).
The performance of bus-transit operators (B. de Borger, K. Kerstens).
Models of airport perfomance (P. Forsyth).
Modeling performance: measuring and comparing unit cost competitiveness of airlines (Tae Hoon Oum et al.).
Highway performance (P. Rouse, M. Putterill).
Modeling performance in liner shipping (H.E. Haralambides, A.W. Veenstra).
Author index.
Subject index. |
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