Optimal VPN design: The ILEC/CLEC dilemma. - Aref Meddeb; Abdelwahed Berguiga; Habib Youssef (ISCC, 2009)

Building cost effective lower layer VPNs: The ILEC/CLEC paradox. - Aref Meddeb; Abdelwahed Berguiga; Habib Youssef (LCN, 2009)

A fast handover scheme for proxy-based mobility in wireless sensor networks. - Abdelwahed Berguiga; Habib Youssef (MOBIWAC, 2012)

FPMIPv6-S: A New Mobility Management Protocol for Wireless Sensor Networks. - Abdelwahed Berguiga; Habib Youssef (AICCSA, 2017)

FPMIPv6-S: An Enhanced Mobility Protocol for 6LoWPAN-Based Wireless Mobile Sensor Networks. - Abdelwahed Berguiga; Ahlem Harchay; Mohamed Kassab; Habib Youssef (ADHOC-NOW, 2018)

A fast handover protocol for 6LoWPAN wireless mobile sensor networks. - Abdelwahed Berguiga; Habib Youssef (Telecommun. Syst., 2018)

Student Perception of Mobile Self-assessment: an Evaluation of the Technology Acceptance Model. - Ahlem Harchay; Abdelwahed Berguiga; Lilia Cheniti-Belcadhi; Rafik Braham (IxD&A, 2019)

FPMIPv6-S: A new network-based mobility management scheme for 6LoWPAN. - Abdelwahed Berguiga; Ahlem Harchay; Ayman Massaoudi; Habib Youssef (Internet Things, 2021)

Machine learning models for modeling the biosorption of Fe(III) ions by activated carbon from olive stone. - Ayman Massaoudi; Fraj Echouchene; Mossaad Ben Ayed; Abdelwahed Berguiga; Ahlem Harchay; Sara Al-Ghamdi; Hafedh Belmabrouk (Neural Comput. Appl., 2024)

Correction: Machine learning models for modeling the biosorption of Fe(III) ions by activated carbon from olive stone. - Ayman Massaoudi; Fraj Echouchene; Mossaad Ben Ayed; Abdelwahed Berguiga; Ahlem Harchay; Sara Al-Ghamdi; Hafedh Belmabrouk (Neural Comput. Appl., 2024)

HIDS-IoMT: A Deep Learning-Based Intelligent Intrusion Detection System for the Internet of Medical Things. - Abdelwahed Berguiga; Ahlem Harchay; Ayman Massaoudi (IEEE Access, 2025)

HIDS-RPL: A Hybrid Deep Learning-Based Intrusion Detection System for RPL in Internet of Medical Things Network. - Abdelwahed Berguiga; Ahlem Harchay; Ayman Massaoudi (IEEE Access, 2025)