A Mean-Field Framework for Energy-Efficient Power Control in Massive IoT Environments. - Sami Nadif; Essaid Sabir; Abdelkrim Haqiq (PIMRC, 2019)

Dynamic Satisfactory Power Allocation for Multi-Class Ultra Dense 5G and Beyond. - Sami Nadif; Halima Elbiaze; Essaid Sabir; Abdelkrim Haqiq (CCECE, 2020)

Dynamic Multi-RAT Access for Ultra Dense 5G and Beyond: A Mean Field Perspective. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (VTC Spring, 2020)

Grant-Free Power Allocation for Ultra-Dense IoT: A Mean Field Perspective. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (MedComNet, 2022)

A Hierarchical Green Mean-Field Power Control with eMBB-mMTC Coexistence in Ultradense 5G (Invited Paper). - Sami Nadif; Essaid Sabir; Halima Elbiaze; Oussama Habachi; Abdelkrim Haqiq (WiOpt, 2022)

Traffic-Aware Mean-Field Power Allocation for Ultra-Dense NB-IoT Networks. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (CoRR, 2022)

Traffic-Aware Mean-Field Power Allocation for Ultradense NB-IoT Networks. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (IEEE Internet Things J., 2022)

Grant-Free Power Allocation for Ultra-Dense Internet of Things Environments: A Mean-Field Perspective. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (CoRR, 2024)

Green grant-free power allocation for ultra-dense Internet of Things: A mean-field perspective. - Sami Nadif; Essaid Sabir; Halima Elbiaze; Abdelkrim Haqiq (J. Netw. Comput. Appl., 2024)