Equipe SCAL : Soft Computing and Artificial Live

Les travaux de cette équipe tournent autour des techniques de soft computing et de vie artificielle, les métaheuristiques et optimisation, la prise de décision, la bio informatique et data mining, l'extraction d’informations et systèmes à accès-web, et traitement parallèle et systèmes distribués.

3 dernières thèses soutenues
Abdenacer Nafir
Les systèmes complexes pour la détection collective d'intrusions en informatique répartie
il y a 4 mois
Badreddine Miles
Architectures et protocoles applicatifs dans l'Internet des objets.
il y a 5 mois
Imène Bensalem
Plagiarism Detection: A focus on the Intrinsic Approach and the Evaluation in the Arabic Language
il y a 1 an
5 dernières publications
Badreddine Miles; El-Bay Bourennane; Samia Boucherkha; Salim Chikhi
A study of LoRaWAN protocol performance for IoT applications in smart agriculture. Computer Communications 164: 148-157 (2020)
Imène Bensalem; Paolo Rosso.; Salim Chikhi
On the use of character n-grams as the only intrinsic evidence of plagiarism. Language Resources and Evaluation 53(3): 363-396 (2019)
Said Labed; Akram Kout; Salim Chikhi
A New Approach based Bee Colony for the Resolution of Routing Problem in Mobile Ad-Hoc Networks. Int. J. of Applied Metaheuristic Computing (IJAMC) 10(2): 131-151 (2019)
Badreddine Miles; Salim Chikhi; El-Bay Bourennane
Carbon Monoxide Detection: An IoT Application Used As a Tool for Civil Protection Services to Save Lives. 3rd Int. Conf. on Future Networks and Distributed Systems (ICFNDS'19): 8:1-8:4 (2019)
Said Labed; Akram Kout; Salim Chikhi; El-Bay Bourennane
A hybrid bio-inspired approach to solving the routing problem in mobile ad hoc networks. Int. J. of Systems, Control and Communications 9(3): 185-209 (2018)