Laboratoire de Génie Informatique et d’Automatique de l’Artois

Nasreddine OUERTANI

Ph.D. student
(Left the LGI2A in 2021)
Member of the research themes:

Revue Internationale avec Comité de Lecture

2022
International journal with review committee
DOI
Nasreddine OUERTANI -- Hajer BEN-ROMDHANE -- Saoussen KRICHEN -- Issam NOUAOURI
A vector evaluated evolutionary algorithm with exploitation reinforcement for the dynamic pollution routing problem
Journal of Combinatorial Optimization, 06/2022

Conférence Internationale avec Comité de Lecture

2020
International conference with review committee
On Solving the Hazardous Health-Care Waste Transportation Problem: a Real Case Study
International Multi Conference on Organization of Knowledge and Advanced Technologies, OCTA, Tunis, Tunisie, IEEE, 06/2020
2019
International conference with review committee
A Hypermutation Genetic Algorithm for the Dynamic Home Health-Care Routing Problem
International Conference on Industrial Engineering and Systems Management , IESM, pp 1-6, Shangai, China, IEEE, 11/2019
2018
International conference with review committee
A new evolutionary method to deal with the dynamic vehicle routing problem
International Conference on Technology Management, Operations and Decisions , ICTMOD, pp 1-5, Marrakech, Maroc, IEEE, 11/2018

Author of the Ph.D. thesis "Towards Safe and Healthy Transportation Systems in Dynamic Environments"

2018 - 2021

The significant advances in transportation and logistics have greatly improved people’s lives and influenced the performance of all economic sectors. Nevertheless, it can also produce negative impacts. In fact, vehicle traffic contributes to congestion, pollution, and accidents. Besides, the transportation of highly toxic materials poses a serious safety risk to humans or to environment. The transportation problem is usually modeled as a vehicle routing problem (VRP). Considering the dynamic nature of the real-world problem, static variants of VRP could not be appropriate since the information are subject to change over time and have to be taken into account by the decision maker. In this thesis, we are particularly interested to design safe and healthy transportation systems in dynamic situations in order to protect human being and environment.

First, we study the problem of transporting Haz-Mat in a dynamic environment. The objectives are the minimization of the transport costs and risk related to the transport of Haz-Mat.

The second contribution of this thesis deals with the minimization of the transportation cost and the carbon dioxide emission caused by the vehicles while servicing a set of customers that occurred over time.

Finally, we explore waste collection in hospitals. This is an important and complex problem taking into account the generated hazardous health care waste (HCW). Thus, we propose a method for optimizing the collections of these wastes by separating the non-hazardous wastes from the hazardous wastes. Besides, we study the dynamic version of this problem. As a practical case, we have used this approach to collect the HCW from a set of hospitals in the region of Tunis.