Game Theoretical Framework for Joint Channel Selection and Power Control in Hybrid NOMA. - Amani Benamor; Oussama Habachi; Inès Kammoun 001; Jean-Pierre Cances (ICC, 2020)

NOMA-based Power Control for Machine-Type Communications: A Mean Field Game Approach. - Amani Benamor; Oussama Habachi; Inès Kammoun 001; Jean-Pierre Cances (IPCCC, 2022)

Mean Field Game-Theoretic Framework for Distributed Power Control in Hybrid NOMA. - Amani Benamor; Oussama Habachi; Inès Kammoun 001; Jean-Pierre Cances (IEEE Trans. Wirel. Commun., 2022)

Multi-Armed Bandit Framework for Resource Allocation in Uplink NOMA Networks. - Amani Benamor; Oussama Habachi; Inès Kammoun 001; Jean-Pierre Cances (WCNC, 2023)

Physical Layer Security Meets Privacy Requirements for Downlink NOMA. - Amani Benamor; Oussama Habachi; Jean-Pierre Cances; Vahid Meghdadi (IWCMC, 2024)

Physical layer security for confidential transmissions in frequency hopping-based downlink NOMA networks. - Amani Benamor; Oussama Habachi; Jean-Pierre Cances; Vahid Meghdadi (Comput. Networks, 2024)

Multi-armed bandit approach for mean field game-based resource allocation in NOMA networks. - Amani Benamor; Oussama Habachi; Inès Kammoun 001; Jean-Pierre Cances (EURASIP J. Wirel. Commun. Netw., 2024)