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Stochastic approaches for solving Rapid Transit Network Design models with random demand

Gemayqzel bouza(gema***at***matcom.uh.cu)
Ángel Marín(angel.marin***at***upm.es)

Abstract: We address rapid transit network design problems characterized by uncertainty in the input data. Network design has a determinant impact on the future e ective- ness of the system. Design decisions are made with a great degree of uncertainty about the conditions under which the system will be required to operate. The de- mand is one of the main parameters which determines design decisions. We present two uncertainty rapid transit network model approaches to study the impact that the estimation of the future demand will have in the design of new rapid transit networks. Considering that the new topology is oriented to de ne public lines, to cover the demand by public transportation, a bounded budget and the modal com- petition between the old transportation system and the new rapid transit network will be included. Computational experiments are developed for these uncertainty approaches studying di erent network size problems under the main parameters of the model.

Keywords: rapid transit networks design, stochastic programming, xed resource approach, joint probability constraints approach.

Category 1: Applications -- OR and Management Sciences (Transportation )

Category 2: Stochastic Programming

Category 3: Applications -- Science and Engineering (Civil and Environmental Engineering )

Citation:

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Entry Submitted: 09/16/2011
Entry Accepted: 09/16/2011
Entry Last Modified: 09/16/2011

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