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Guillaume Desquesnes
Douai School of Mines
Guillaume Lozenguez
Douai School of Mines
Arnaud Doniec
Douai School of Mines
Éric Duviella
Douai School of Mines
Vol. 5 No. 4 (2016), Articles, pages 71-84
Accepted: Nov 15, 2016


Inland waterway management is likely to go through heavy changes due to an expected traffic increase in a context of climate change. Those changes will require an adaptive and resilient management of the water resource. The aim is to have an optimal plan for the distribution of the water resource on the whole inland waterway network, while taking into account the uncertainties arising from the operations of such a network. A representative model using Markov decision processes is proposed to model the dynamic and the uncertainties of the waterways. The proposed model is able to coordinate multiple entities over multiple time steps in order to prevent an overflow of a test network. However, this model suffers from a lack of scalability and is unable to represent real case applications. Advantages and limitations of several approaches of the literature to circumvent this limitation are discussed according to our case study.


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