Abstract
The general view in a mixed economy is that some goods and services are produced privately and some, such as transportation, are produced publicly. Private institutions, such as households and entrepreneurs, produce and consume goods and services in pursuing their parochial interest, while the public sector attempts to broaden public interests. Thus, at least two parties are involved in the decision-making processes regarding transportation: the public sector that constructs new transportation systems, improves thencapacities, and regulates services and prices; and the private sector that chooses the locations of production, modes of transportation, and routes of shipment. At the same time, all forms of transportation influence our lives and give us cause for concern for our environment, health, and safety. Although transportation is intimately interwoven with the daily lives of all individuals and organizations in our society, it is easy to overlook its significance until it fails us in some way (Schofer and Boyce, 1985).
Keywords
- Expert System
- Geographic Information System
- Transportation Research
- Spatial Interaction
- Gross National Product
These keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.
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References
Allison, G., (1971),Essence of Decision: Explaining the Cuban Missile Crisis. Boston, Little, Brown.
Armstrong, M.P. (1987), A Rule-Based Advisory System for Ground Water Quality Assessment at Hazardous Waste Disposal Sites.Department of Geogrpahy and Computer Science, The University of Iowa.
Brail, R.K. (1987),Microcomputers in Urban Planning and Management. New Jersey, Center for Urban Policy Research.
Catanese, A.J. (1979), Information for Planning, in: The Practice of Local Government Planning. Washington DC,International City Management Association.
Caudill, M. (1989),Using Neural Nets: Representing Knowledge, Al Expert. December.
Cohen, P.R. and E.A. Feigenbaum (1989)The Handbook of Artificial Intelligence: Vol III. Reading MA, Addison-Wesley Publishing Inc.
Daskin, M. (1985), Logistics: An Overview of the State of the Art and Perspectives on Future Research,Transportation Research19A: 383–398.
Erlander, S. (1977), Accessibility, Entropy and the Distribution and Assignment of Traffic,Transportation Research11: 149–153.
Feigenbaum, E. (1977), The Art of Artificial Intelligence: Themes and Case Studies of Knowledge Engineering.Stanford CA, Technical Report Department of Computer Science: STAN-CS-77–621.
Florian, M. and M. Gaudry (1980), A Conceptual Framework for the Supply Side in Transportation Systems,Transportation Research14B:l-8.
Garrison, W.L. (1985), Basic Research on Transportation Facilities,Transportation Research19A: 511–518.
Gavish, B. (1990),Telecommunication: A New Area for Operations Research, OR/MS Today Feb. 62–64.
Golden, B. and E. Baker (1985), Future Directions in Logistics Research,Transportation Research19A: 405–409.
Goodall, A. (1985), The Guide to Expert Systems. Oxford, England,Learned Information Ltd.
Haghani, A. and M. Daskin (1984), A Short-Term Rail Freight Optimization Model.Paper presented at the Dallas ORSA/HMS Meeting.
Han, S. and T.J. Kim (1989), Can Expert Systems Help with Planning?Journal of American Planning Associationz 55(3):296–308, Summer.
Harris, B. (1987), Information is not Enough, URISA News 90. Jordan, W. and L. Burns (1984), Truck Back-Hauling on Two Terminal Networks,Transportation Research18B: 487–503.
Jordan, W. and M. Turnquist (1983), A Stochastic Dynamic Model for Railroad Car Distribution,Transportation Science17: 123–145.
Kim, T. (1990),Advanced Transport and Spatial Systems Models: Application to Korea. New York, Springer-Verlag Publishers.
Kim, T. (1979), Alternative Transportation Modes in a Land Use Model: a General Equilibrium Approach,Journal Urban Economics6: 197–215.
Kim, T., L. Wiggins and J. Wright (1989),Expert Systems: Applications to Urban Planning. New York NY, Springer-Verlag.
Kim, T.J. (1978), A Model of Zoning for a Metropolis,Environment and Planning A10: 1035–1047.
Kim, T.J., L.L. Wiggins and J.R. Wright (1989), Expert Systems:Applications to Urban Planning. New York, Springer-Verlag Publishers.
Kroeber, D.W. and H.J. Watson (1987),Computer-Based Information Systems. New York, Macmillan Publishing Company.
Kumar, A. (1989), Impact of Technological Developments on Urban Form and Travel Behavior. Technical Report, School of Urban and Regional Planning,University of Southern California, Working Paper.
Langendorf, R. (1985), Computer and Decision Making,Journal of American Planning Association422–433, Autumn.
Leontief, W. and A. Strout (1963), Multiregional Input-Output Analysis, in: T. Barna (ed.),Structural Interdependence and Economic Development, pp. 119–150, New York, Macmillan.
Liang, T. (1989), A Composite Approach to Inducing Knowledge for Expert Systems Design. Faculty Working Paper,Bureau of Economics and Business
Research, University of Illinois at Urbana-Champaign, NO 89-1534. Liang, T. (1988), Expert Systems as Decision Aids: Issues and Strategies,Journal of Information Systems2 (2): 41–50.
Linstone, H.A. (ed.)(1984),Multiple Perspectives for Decision-Making: Bridging the Gap between Analysis and Action. New York, North Holland.
Manheim, M. (1980),Understanding Supply in Transportation Systems, Transportation Research 14A: 119–136.
Mills, E.S. (1972), Markets and Efficient Resource Allocation in Urban Areas, SwedishJournal of Urban Economics74: 100–113.
Mills, E.S. (1976), Planning and Market Processes in Urban Models, in: R.E. Crieson (ed.),Public and Urban Economics: Essays in Honor of William Vikrey. Lexington MA, Heath.
Moavenzadeh, F. (1985), Research Needs in Transportation Facilities: Guideway Technology and Materials Research,Transportation Research19A: 497–509.
Moore II, J. and P. Gordon (1990), A Sequential Programming Approach to the Formation of Urban Subcenters.Submitted to the Journal of Socio-Economic Planning Sciences.
Moore II, L and J.E. Wiggins (1990), A Dynamic Mills Heritage Model with Replaceable Capital.Forthcoming in Papers of the Regional Sciences Association.
Morlok, E. (1976), Supply Function for Public Transport: Initial Concepts and Models, in: M. Florian (ed.),Traffic Equilibrium Methods pp. 322–267, Berlin, Springer-Verlag.
Nijkamp, P. (1977), Theory and Application of Environmental Economics.Amsterdam, Holland, North Holland.
Powell, W., Y. Sheffi and S. Thiriez (1984), The Dynamic Vehicle Allocation Problem with Uncertain Demands, in: Ninth International Symposium on Transportation and Traffic Theory, pp. 357–374, Utrecht, The Netherlands, VNU Science Press.
Richardson, H. (1988),Monocentric vs. Policentric Models: The Future of Urban Economics in Regional Science. Presidential address to the Western Regional Science Association Twenty-Seventh Annual Meeting, Napa Valley CA.
Robinson, V.B., A.U. Frank and M.A. Blaze (1986), Expert Systems Applied to Problems in Geographic Information Systems: Introduction, Review, and Prospects, Computer. Environment, and Urban Systems 11(9): 161–173. Rogers, E. ( 1986 ),Communications Technology: The New Media in Society. Macmillan, Inc., The Free Press.
Salzberg, S. (1988),Machine Learning Moves Out of the Lab, Al Expert 44–52, Feb.
Schofer, J. and D. Boyce (1985),Conference Summary and Conclusions, Transportation Research 19A: 351–354.
Steinbrunner, J. (1974),The Cybernetic Theory of Decision. Princeton N.J., Princeton University Press.
Strauch, R. (1974),A Critical Assessment of Quantitative Methodology as a Political Analysis Tool. Santa Monica, Rand.
Suh, S. (1989), Implementation and Evaluation of Nonlinear Bilevel Programming Model of Equilibrium Network Design Problem. PhD thesis,University of Illinois at Urbana-Champaign.
Suh, S. and T. Kim (1989), Solving a Nonlinear Bilevel Programming Model of Equilibrium Network Design Problem for Korea,Papers of the Regional Science Association: Stockholm Volume66: 47–59.
Turban, E. and P.R. Watkins (1986),Integrating Expert Systems and Decision Support Systems, MIS Quarterly 231–245, June.
Turnquist, M. (1985),Research Opportunities in Transportation System Characteristics and Operationsaw, Transportation Research 19A: 357–366.
Wachs, M. (1985), Planning, Organizations and Decision-Making: A Research Agenda,Transportation Research19A (5/6): 521 - 531.
Waterman, D. (1986),A Guide to Expert Systems. Massachusetts, Addison-Wesley Publishing Company.
Wellman, M.P. (1986), Reasoning about Assumptions Underlying Mathematical Models, in: J. Kowalik (ed. ),Coupling Symbolic and Numerical Computingin
Expert Systems. New York, Elsevier Science Publishers B. V. Wilson, A. g. (1970), Entropy in Urban and Regional Modelling. London, Pion Ltd.
Wilson, A. g. (1970), Interrgional Commodity Flows: Entropy Maximizing Approaches, Geographical Analysis 2: 255–282.
Wood, D.M. and J.R. Wright (1987), Calibrating Complex Simulation Models Using Rules-Based Inferencing. Working Paper,School of Civil Engineering, Purdue University.
World Bank (1983),World Development Report. Oxford UK, Oxford University Press. 149
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Kim, T.J., Choi, K. (1991). Transportation, Spatial Interaction, Telecommunication and Information Systems: A Research Agenda. In: Boyce, D.E., Nijkamp, P., Shefer, D. (eds) Regional Science. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-76311-3_6
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