Bio-inspired models for characterizing YouTube viewcout. - Cédric Richier; Eitan Altman; Rachid El Azouzi; Tania Jiménez; Georges Linarès; Yonathan Portilla (ASONAM, 2014)

Optimal open-loop control of online advertisement. - Rachid El Azouzi; Francesco De Pellegrini; Lorenzo Maggi; Cédric Richier; Tania Jiménez; Jean C. Walrand (NetGCooP, 2014)

Modelling View-count Dynamics in YouTube. - Cédric Richier; Eitan Altman; Rachid El Azouzi; Tania Altman; Georges Linarès; Yonathan Portilla (CoRR, 2014)

Dynamiques des popularités dans YouTube. - Cédric Richier; Georges Linarès; Rachid El Azouzi; Tania Jiménez; Eitan Altman; Yonathan Portilla (CORIA, 2015)

Predicting popularity dynamics of online contents using data filtering methods. - Cédric Richier; Rachid El Azouzi; Tania Jiménez; Eitan Altman; Georges Linarès (Allerton, 2016)

ELITE: Near-Optimal Heuristics for Coflow Scheduling. - Afaf Arfaoui; Rachid Elazouzi; Francesco De Pellegrini; Cédric Richier; Jeremie Leguay (CCGRID, 2022)

Branch-and-Benders-Cut Algorithm for the Weighted Coflow Completion Time Minimization Problem. - Youcef Magnouche; Sébastien Martin; Jérémie Leguay; Francesco De Pellegrini; Rachid Elazouzi; Cédric Richier (INOC, 2022)

DCoflow: Deadline-Aware Scheduling Algorithm for Coflows in Datacenter Networks. - Quang-Trung Luu; Olivier Brun; Rachid El Azouzi; Francesco De Pellegrini; Balakrishna J. Prabhu; Cédric Richier (IFIP Networking, 2022)

Weighted Scheduling of Time-Sensitive Coflows. - Olivier Brun; Rachid El Azouzi; Quang-Trung Luu; Francesco De Pellegrini; Balakrishna J. Prabhu; Cédric Richier (IEEE Trans. Cloud Comput., 2024)

Semi-Distributed Coflow Scheduling in Datacenters. - Rachid El Azouzi; Francesco De Pellegrini; Afaf Arfaoui; Cédric Richier; Jeremie Leguay; Quang-Trung Luu; Youcef Magnouche; Sébastien Martin (IEEE Trans. Netw. Serv. Manag., 2024)

Fair Coflow Scheduling via Controlled Slowdown. - Francesco De Pellegrini; Vaibhav Kumar Gupta; Rachid El Azouzi; Serigne Gueye; Cédric Richier; Jeremie Leguay (IEEE Trans. Parallel Distributed Syst., 2024)