Publications
Theses
- Ahmad Mahmod. Programmable and Self-adaptive Low-Power and Lossy Wireless Networks . PhD Thesis in Computer Science - Wireless Networks. University of Strasbourg, France, 2026.
- Ahmad Mahmod. Improving the Quality of Federated Learning using Programmable Networks . Master Thesis in Telecommunication Engineering: Smart Sensing, Computing and Networking. University of Calabria, Italy, 2023.
- Ahmad Mahmod. Millimeter Waves Channel Simulation using MATLAB. Bachelor Thesis in Communication and Electronic Engineering. Tishreen University, Syria, 2019.
International Journals
- Ahmad Mahmod, J. Montavont and T. Noel. FINE-STACK: Flexible architecture for low-power lossy IoT Networks with programmablE network STACK and semantic runtime updates . Elsevier Ad Hoc Journal 2026. Ahmad Mahmod, J. Montavont and T. Noel. PENSIL: Programmable network stack for low-power lossy IoT networks using lightweight-virtualization . Elsevier Internet of Things Journal 2025.
- Ahmad Mahmod, P Pace, A Iera. The Role of SDN to Improve Client Selection in Federated Learning . IEEE Communications Magazine 2024.
International Conferences
- Ahmad Mahmod, J. Montavont, T. Noel. Programmable Solutions for Low-power Lossy Wireless Networks: A Study of SDN and Femto Containers . AINA 2025.
- Ahmad Mahmod, P Pace, A Iera. SDN-Assisted Client Selection to Enhance the Quality of Federated Learning Processes . IEEE WCNC 2024.
- Ahmad Mahmod, G Caliciuri, P Pace, A Iera. Improving the quality of Federated Learning processes via Software Defined Networking . Proceedings of the 1st International Workshop on Networked AI Systems 2023.
National Conferences
- Ahmad Mahmod, J. Montavont, T. Noel. Divide and conquer: a semantic and modular reconfiguration of the network stack for constrained wireless networks . CoRes 2026
- Ahmad Mahmod, J. Montavont, T. Noel. Menu or a la carte? An architecture for programming the data plane of constrained wireless networks . CoRes 2024