Scheduling of TCP sessions in SIP over MPLS based network. - Hassan Hassan 002 (CoNEXT, 2005)

Session scheduling in sip based network. - Hassan Hassan 002; Jean-Marie Garcia; Olivier Brun (CCNC, 2006)

Aggregate modeling for TCP sessions. - Hassan Hassan 002; Jean-Marie Garcia (WMuNeP, 2006)

Bandwidth Allocation and Session Scheduling using SIP. - Hassan Hassan 002; Jean-Marie Garcia; Olivier Brun (J. Commun., 2006)

Modélisation et analyse de performances du trafic multimédia dans les réseaux hétérogènes. - Hassan Hassan 002 (2006)

Integration of streaming and elastic traffic: a fixed point approach. - Hassan Hassan 002; Olivier Brun; Jean-Marie Garcia; David Gauchard (SimuTools, 2008)

Scalable, self-healing, and self-optimizing routing overlays. - Olivier Brun; Hassan Hassan 002; Josselin Vallet (Networking, 2016)

Task Offloading in Autonomous IoT Systems using Deep Reinforcement Learning and ns3-gym. - Abdel Kader Chabi Sika Boni; Hassan Hassan 002; Khalil Drira (IOT, 2021)

Adapting Deep Learning models to IoT environments. - Sofien Resifi; Hassan Hassan 002; Khalil Drira (CIoT, 2022)

Distributed deep reinforcement learning architecture for task offloading in autonomous IoT systems. - Abdel Kader Chabi Sika Boni; Youssef Hablatou; Hassan Hassan 002; Khalil Drira (IOT, 2022)

QoS-aware Network Self-management Architecture based on DRL and SDN for remote areas. - Juan Chafla Altamirano; Mohamd Amine Slimane; Hassan Hassan 002; Khalil Drira (PEMWN, 2022)

Optimizing network slice placement using Deep Reinforcement Learning (DRL) on a real platform operated by Open Source MANO (OSM). - Alexandre Sabbadin; Abdel Kader Chabi Sika Boni; Hassan Hassan 002; Khalil Drira (TACC, 2023)

Routing optimization based on DRL and Generative Adversarial Networks for SDN environments. - Juan Chafla Altamirano; Mariem Guitouni; Hassan Hassan 002; Khalil Drira (NOMS, 2024)

Oneshot Deep Reinforcement Learning Approach to Network Slicing for Autonomous IoT Systems. - Abdel Kader Chabi Sika Boni; Hassan Hassan 002; Khalil Drira (IEEE Internet Things J., 2024)