A description is given of the optimal multi-modal network operations model. The function of this model is essentially to accept as specified inputs certain characteristics of the fixed network of the transportation system, including characteristics of the common carrier terminals, highway interchanges, and highway and common carrier links. It then synthesizes an optimal plan of operation for the system, minimizing costs subject to achievement of the desired levels of effectiveness. The model internally predicts certain consequences of the actual choice variables, mainly related to the demand for transportation and the effect of changes in the transportation network upon the region served. Current estimates of unit costs and the sources of this cost information are outlined and explained. Three example applications of the Optimal Multi-Mode Network Operations Model are applied to situations in the Northeast Corridor. The purpose is to present information in sufficient detail so that an understanding of the model's features is obtained.


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    Title :

    A Multiple-Mode Transportation Network Design Model. Volume II. (Chapters 3 Through 5)


    Contributors:
    E. K. Morlok (author) / N. L. Nihan (author) / R. F. Sullivan (author)

    Publication date :

    1969


    Size :

    225 pages


    Type of media :

    Report


    Type of material :

    No indication


    Language :

    English




    A Multiple-Mode Transportation Network Design Model. Volume IV. (Chapter 8 Plus Appendix)

    E. K. Morlok / N. L. Nihan / R. F. Sullivan et al. | NTIS | 1969



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