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A Robust Ship Scheduling Based on Mean-Variance Optimization Model
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 Title & Authors
A Robust Ship Scheduling Based on Mean-Variance Optimization Model
Park, Nareh; Kim, Si-Hwa;
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 Abstract
This paper presented a robust ship scheduling model using the quadratic programming problem. Given a set of available carriers under control and a set of cargoes to be transported from origin to destination, a robust ship scheduling that can minimize the mean-variance objective function with the required level of profit can be modeled. Computational experiments concerning relevant maritime transportation problems are performed on randomly generated configurations of tanker scheduling in bulk trade. In the first stage, the optimal transportation problem to achieve maximum revenue is solved through the traditional set-packing model that includes all feasible schedules for each carrier. In the second stage, the robust ship scheduling problem is formulated as mentioned in the quadratic programming. Single index model is used to efficiently calculate the variance-covariance matrix of objective function. Significant results are reported to validate that the proposed model can be utilized in the decision problem of ship scheduling after considering robustness and the required level of profit.
 Keywords
Maritime Transportation Problem;Robust Ship Scheduling;Mean-Variance;Quadratic Programming Problem;
 Language
Korean
 Cited by
 References
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