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Nedjma DJEZZAR
Maître de Conférence
Département d'informatique
Université de Batna 2
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2019
N. Djezzar, Fernández IP, Djedi N, Duthen Y
.
A Computational Multiagent Model of Bioluminescent Bacteria for the Emergence of Self-Sustainable and Self-Maintaining Artificial Wireless Networks
. Informatica [Internet]. 2019.
Publisher's Version
Djezzar N;, Fernández IP, Djedi N, Duthen Y
.
Quorum sensing digital simulations for the emergence of scalable and cooperative artificial networks
. International Journal of Artificial Intelligence and Machine Learning (IJAIML) [Internet]. 2019;9 (1) :22.
Publisher's Version
2018
N. Djezzar, Perez IF, Djedi N, Duthen Y
.
Digital Simulation of Bioluminescent Bacteria Cells Tweeting via Quorum-Sensing Molecules
, in
Artificial Life
. Tokyo, Japon ; 2018.
Publisher's Version
2017
N. Djezzar, Djedi N, Duthen Y
.
A proposition of Intra-and Interspecies Cell-Cell Communication System
, in
Late-Breaking Abstracts Booklet of the 14th European Conference on Artificial Life (ECAL 2017)
. Lyon- France: ECAL 2017 ; 2017.
2011
N. Djezzar, Djedi N, Cussat-Blanc S, Luga H, Duthen Y
.
L-systems and artificial chemistry to develop digital organisms
, in
IEEE Symposium on Artificial Life (ALIFE)
. IEEE ; 2011 :225–232.
Publisher's Version
2009
Djezzar N, Djedi N, Cussat-Blanc S, Duthen Y
.
Un modèle bio-inspiré pour la synthèse de créatures artificielles
. Images Multimédias Applications Graphiques et Environnement (IMAGE 2009) [Internet]. 2009.
Publisher's Version
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Recent Publications
A Computational Multiagent Model of Bioluminescent Bacteria for the Emergence of Self-Sustainable and Self-Maintaining Artificial Wireless Networks
Quorum sensing digital simulations for the emergence of scalable and cooperative artificial networks
Digital Simulation of Bioluminescent Bacteria Cells Tweeting via Quorum-Sensing Molecules
A proposition of Intra-and Interspecies Cell-Cell Communication System
L-systems and artificial chemistry to develop digital organisms
Un modèle bio-inspiré pour la synthèse de créatures artificielles
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