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Transport and Information Systems
The subjects of transport and information systems have long been closely linked because they are both complements and substitutes for each other and thus offer potential for more efficient and productive traffic demand management. This important new collection examines the substitution and complementarity hypotheses as well as the impact of new information technology on transport and the increasing adoption of information technology in transportation systems.
More Information
Contributors
Contents
More Information
The subjects of transport and information systems have long been closely linked because they are both complements and substitutes for each other and thus offer potential for more efficient and productive traffic demand management. This important new collection examines the substitution and complementarity hypotheses as well as the impact of new information technology on transport and the increasing adoption of information technology in transportation systems.
The volume is organised into five sections. Part I offers a history and overview of the subject, while part II examines the welfare implications of information provision for traffic demand management. Part III discusses the network analysis of intelligent transportation systems and part IV investigates the spatial impacts of information technology and telecommuting. Finally part V looks in detail at case studies.
This fascinating new collection will be an essential source of reference to scholars, practitioners and students interested in the subjects of transport and information systems.
The volume is organised into five sections. Part I offers a history and overview of the subject, while part II examines the welfare implications of information provision for traffic demand management. Part III discusses the network analysis of intelligent transportation systems and part IV investigates the spatial impacts of information technology and telecommuting. Finally part V looks in detail at case studies.
This fascinating new collection will be an essential source of reference to scholars, practitioners and students interested in the subjects of transport and information systems.
Contributors
38 articles, dating from 1976 to 2000
Contributors include: L.A. Albertson, K.W. Axhausen, M. Ben-Akvia, D.E. Boyce, R.H.M. Emmerink, P.L. Mokhtarian, P. Rietveld, I. Salomon, Z. Sinuany-Stern, E.T. Verhoef
Contributors include: L.A. Albertson, K.W. Axhausen, M. Ben-Akvia, D.E. Boyce, R.H.M. Emmerink, P.L. Mokhtarian, P. Rietveld, I. Salomon, Z. Sinuany-Stern, E.T. Verhoef
Contents
Contents:
Acknowledgements
Introduction Roger Stough, Yoshiro Higano, Kenneth Button and Peter Nijkamp
PART I HISTORY AND OVERVIEW
1. Lesley A. Albertson (1977), ‘Telecommunications as a Travel Substitute: Some Psychological, Organizational and Social Aspects’
2. David E. Boyce (1988), ‘Route Guidance Systems for Improving Urban Travel and Location Choices’
3. Werner Brög (1984), ‘Man and His Transport Behaviour Part 1. Telecommunication and Transport – A Scientific No Man’s Land’
4. Kan Chen (1992), ‘Policy Implications of Driver Information Systems’
5. Susan Hanson (1998), ‘Off the Road? Reflections on Transportation Geography in the Information Age’
6. Donald G. Janelle (1997), ‘Sustainable Transportation and Information Technology: Suggested Research Issues’
7. Ata M. Khan (1976), ‘Travel Vs. Telecommunication: Current Understanding’
8. Isao Orishimo (1988), ‘Development of Informatics and Possible Changes in Urbanisation Processes’
PART II WELFARE IMPLICATIONS OF INFORMATION PROVISION FOR TRAFFIC DEMAND MANAGEMENT
9. Richard H.M. Emmerink, Erik T. Verhoef, Peter Nijkamp and Piet Rietveld (1996), ‘Information Provision in Road Transport with Elastic Demand: A Welfare Economic Approach’
10. Richard H.M. Emmerink and Paul van Beek (1997), ‘Empirical Analysis of Work Schedule Flexibility: Implications for Road Pricing and Driver Information Systems’
11. Richard H.M. Emmerink, Peter Nijkamp, Piet Rietveld and Kay W. Axhausen (1994), ‘The Economics of Motorist Information Systems Revisited’
12. Caroline J. Rodier, Robert A. Johnston and David R. Shabazian (1998), ‘Evaluation of Advanced Transit Alternatives Using Consumer Welfare’
13. Erik T. Verhoef, Richard H.M. Emmerink, Peter Nijkamp and Piet Rietveld (1996), ‘Information Provision, Flat and Fine Congestion Tolling and the Efficiency of Road Usage’
PART III NETWORK ANALYSIS OF INTELLIGENT TRANSPORTATION SYSTEMS
14. Moshe Ben-Akiva, Andre De Palma and Isam Kaysi (1991), ‘Dynamic Network Models and Driver Information Systems’
15. Richard H.M. Emmerink, Kay W. Axhausen, Peter Nijkamp and Piet Rietveld (1995), ‘Effects of Information in Road Transport Networks with Recurrent Congestion’
16. Rajendra G. Kulkarni, Roger R. Stough and Kingsley E. Haynes (1996), ‘Spin Glass and the Interactions of Congestion and Emissions: An Exploratory Step’
17. Harvey J. Miller and John D. Storm (1996), ‘Geographic Information System Design for Network Equilibrium-Based Demand Models’
18. Z. Sinuany-Stern, E. Stern, Z. Sfaradi and E. Holm (1997), ‘The Effect of Information on Commuters’ Behavior: A Comparative Micro-simulation Approach’
PART IV SPATIAL IMPACTS OF INFORMATION TECHNOLOGY AND TELECOMMUTING
19. Moshe Ben-Akiva, John L. Bowman and Dinesh Gopinath (1996), ‘Travel Demand Model System for the Information Era’
20. Laura Divieti (1997), ‘Transportation and Telecommunications: Potential Interactions Between Physical and Immaterial [Virtual] Travel’
21. William L. Garrison and Elizabeth Deakin (1988), ‘Travel, Work, and Telecommunications: A View of the Electronics Revolution and its Potential Impacts’
22. Yoshiro Higano and Hiroyuki Shibusawa (1999), ‘Agglomeration Diseconomies of Traffic Congestion and Agglomeration Economics of Interaction in the Information-oriented City’
23. Patricia L. Mokhtarian and Michael N. Bagley (2000), ‘Modeling Employees’ Perceptions and Proportional Preferences of Work Locations: The Regular Workplace and Telecommuting Alternatives’
24. Patricia L. Mokhtarian and Ravikumar Meenakshisundaram (1999), ‘Beyond Tele-substitution: Disaggregate Longitudinal Structural Equations Modeling of Communication Impacts’
25. Patricia L. Mokhtarian, Susan L. Handy and Ilan Salomon (1995), ‘Methodological Issues in the Estimation of the Travel, Energy, and Air Quality Impacts of Telecommuting’
26. Mitsuru Ota and Masahisa Fujita (1993), ‘Communication Technologies and Spatial Organization of Multi-unit Firms in Metropolitan Areas’
27. Ilan Salomon (1985), ‘Telecommunications and Travel: Substitution or Modified Mobility?’
28. Ilan Salomon and Joseph Schofer (1991), ‘Transportation and Telecommunications Costs: Some Implications of Geographical Scale’
29. Ilan Salomon (1998), ‘Technological Change and Social Forecasting: The Case of Telecommuting as a Travel Substitute’
30. Richard E. Schuler (1992), ‘Transportation and Telecommunications Networks: Planning Urban Infrastructure for the 21st Century’
31. Hiroyuki Shibusawa (1997), ‘Cyberspace and Physical Space in a Network City’
32. Jin-Ru Yen and Hani S. Mahmassani (1997), ‘Telecommuting Adoption: Conceptual Framework and Model Estimation’
PART V CASE STUDIES
33. Jia-Ming Cao and Wei-Hua Lin (1998), ‘Optimal Operation for Rail Transit Systems under Advanced Information’
34. B. Jourquin and M. Beuthe (1996), ‘Transportation Policy Analysis with a Geographic Information System: The Virtual Network of Freight Transportation in Europe’
35. Karl Kim and Ned Levine (1996), ‘Using GIS to Improve Highway Safety’
36. Sock-Yong Phang and Rex S. Toh (1997), ‘From Manual to Electronic Road Congestion Pricing: The Singapore Experience and Experiment’
37. Nikiforos Stamatiadis (1998), ‘ITS and Human Factors for the Older Driver: The U.S. Experience’
38. Peter Nijkamp and Gerard Pepping (1996), ‘The Relevance and Use of Information and Telecommunication Networks as Strategic Tools in the Transport Sector: A Dutch Case Study’
Name Index
Acknowledgements
Introduction Roger Stough, Yoshiro Higano, Kenneth Button and Peter Nijkamp
PART I HISTORY AND OVERVIEW
1. Lesley A. Albertson (1977), ‘Telecommunications as a Travel Substitute: Some Psychological, Organizational and Social Aspects’
2. David E. Boyce (1988), ‘Route Guidance Systems for Improving Urban Travel and Location Choices’
3. Werner Brög (1984), ‘Man and His Transport Behaviour Part 1. Telecommunication and Transport – A Scientific No Man’s Land’
4. Kan Chen (1992), ‘Policy Implications of Driver Information Systems’
5. Susan Hanson (1998), ‘Off the Road? Reflections on Transportation Geography in the Information Age’
6. Donald G. Janelle (1997), ‘Sustainable Transportation and Information Technology: Suggested Research Issues’
7. Ata M. Khan (1976), ‘Travel Vs. Telecommunication: Current Understanding’
8. Isao Orishimo (1988), ‘Development of Informatics and Possible Changes in Urbanisation Processes’
PART II WELFARE IMPLICATIONS OF INFORMATION PROVISION FOR TRAFFIC DEMAND MANAGEMENT
9. Richard H.M. Emmerink, Erik T. Verhoef, Peter Nijkamp and Piet Rietveld (1996), ‘Information Provision in Road Transport with Elastic Demand: A Welfare Economic Approach’
10. Richard H.M. Emmerink and Paul van Beek (1997), ‘Empirical Analysis of Work Schedule Flexibility: Implications for Road Pricing and Driver Information Systems’
11. Richard H.M. Emmerink, Peter Nijkamp, Piet Rietveld and Kay W. Axhausen (1994), ‘The Economics of Motorist Information Systems Revisited’
12. Caroline J. Rodier, Robert A. Johnston and David R. Shabazian (1998), ‘Evaluation of Advanced Transit Alternatives Using Consumer Welfare’
13. Erik T. Verhoef, Richard H.M. Emmerink, Peter Nijkamp and Piet Rietveld (1996), ‘Information Provision, Flat and Fine Congestion Tolling and the Efficiency of Road Usage’
PART III NETWORK ANALYSIS OF INTELLIGENT TRANSPORTATION SYSTEMS
14. Moshe Ben-Akiva, Andre De Palma and Isam Kaysi (1991), ‘Dynamic Network Models and Driver Information Systems’
15. Richard H.M. Emmerink, Kay W. Axhausen, Peter Nijkamp and Piet Rietveld (1995), ‘Effects of Information in Road Transport Networks with Recurrent Congestion’
16. Rajendra G. Kulkarni, Roger R. Stough and Kingsley E. Haynes (1996), ‘Spin Glass and the Interactions of Congestion and Emissions: An Exploratory Step’
17. Harvey J. Miller and John D. Storm (1996), ‘Geographic Information System Design for Network Equilibrium-Based Demand Models’
18. Z. Sinuany-Stern, E. Stern, Z. Sfaradi and E. Holm (1997), ‘The Effect of Information on Commuters’ Behavior: A Comparative Micro-simulation Approach’
PART IV SPATIAL IMPACTS OF INFORMATION TECHNOLOGY AND TELECOMMUTING
19. Moshe Ben-Akiva, John L. Bowman and Dinesh Gopinath (1996), ‘Travel Demand Model System for the Information Era’
20. Laura Divieti (1997), ‘Transportation and Telecommunications: Potential Interactions Between Physical and Immaterial [Virtual] Travel’
21. William L. Garrison and Elizabeth Deakin (1988), ‘Travel, Work, and Telecommunications: A View of the Electronics Revolution and its Potential Impacts’
22. Yoshiro Higano and Hiroyuki Shibusawa (1999), ‘Agglomeration Diseconomies of Traffic Congestion and Agglomeration Economics of Interaction in the Information-oriented City’
23. Patricia L. Mokhtarian and Michael N. Bagley (2000), ‘Modeling Employees’ Perceptions and Proportional Preferences of Work Locations: The Regular Workplace and Telecommuting Alternatives’
24. Patricia L. Mokhtarian and Ravikumar Meenakshisundaram (1999), ‘Beyond Tele-substitution: Disaggregate Longitudinal Structural Equations Modeling of Communication Impacts’
25. Patricia L. Mokhtarian, Susan L. Handy and Ilan Salomon (1995), ‘Methodological Issues in the Estimation of the Travel, Energy, and Air Quality Impacts of Telecommuting’
26. Mitsuru Ota and Masahisa Fujita (1993), ‘Communication Technologies and Spatial Organization of Multi-unit Firms in Metropolitan Areas’
27. Ilan Salomon (1985), ‘Telecommunications and Travel: Substitution or Modified Mobility?’
28. Ilan Salomon and Joseph Schofer (1991), ‘Transportation and Telecommunications Costs: Some Implications of Geographical Scale’
29. Ilan Salomon (1998), ‘Technological Change and Social Forecasting: The Case of Telecommuting as a Travel Substitute’
30. Richard E. Schuler (1992), ‘Transportation and Telecommunications Networks: Planning Urban Infrastructure for the 21st Century’
31. Hiroyuki Shibusawa (1997), ‘Cyberspace and Physical Space in a Network City’
32. Jin-Ru Yen and Hani S. Mahmassani (1997), ‘Telecommuting Adoption: Conceptual Framework and Model Estimation’
PART V CASE STUDIES
33. Jia-Ming Cao and Wei-Hua Lin (1998), ‘Optimal Operation for Rail Transit Systems under Advanced Information’
34. B. Jourquin and M. Beuthe (1996), ‘Transportation Policy Analysis with a Geographic Information System: The Virtual Network of Freight Transportation in Europe’
35. Karl Kim and Ned Levine (1996), ‘Using GIS to Improve Highway Safety’
36. Sock-Yong Phang and Rex S. Toh (1997), ‘From Manual to Electronic Road Congestion Pricing: The Singapore Experience and Experiment’
37. Nikiforos Stamatiadis (1998), ‘ITS and Human Factors for the Older Driver: The U.S. Experience’
38. Peter Nijkamp and Gerard Pepping (1996), ‘The Relevance and Use of Information and Telecommunication Networks as Strategic Tools in the Transport Sector: A Dutch Case Study’
Name Index
