Seamless LTE-WiFi Architecture for Offloading the Overloaded LTE with Efficient UE Authentication. - Ali Saeed Dayem Alfoudi; Gyu Myoung Lee; Mohammed Dighriri (DeSE, 2016)

Data Traffic Model in Machine to Machine Communications over 5G Network Slicing. - Mohammed Dighriri; Ali Saeed Dayem Alfoudi; Gyu Myoung Lee; Thar Baker (DeSE, 2016)

Comparison Data Traffic Scheduling Techniques for Classifying QoS over 5G Mobile Networks. - Mohammed Dighriri; Ali Saeed Dayem Alfoudi; Gyu Myoung Lee; Thar Baker; Rubem Pereira (AINA Workshops, 2017)

Traffic management in LTE-WiFi slicing networks. - Ali Saeed Dayem Alfoudi; Mohammed Dighriri; Gyu Myoung Lee; Rubem Pereira; Fung Po Tso 001 (ICIN, 2017)

Mobility Management Architecture in Different RATs Based Network Slicing. - Ali Saeed Dayem Alfoudi; Mohammed Dighriri; Abayomi Moradeyo Otebolaku; Rubem Pereira; Gyu Myoung Lee (AINA Workshops, 2018)

Resource Allocation Scheme in 5G Network Slices. - Mohammed Dighriri; Ali Saeed Dayem Alfoudi; Gyu Myoung Lee; Thar Baker; Rubem Pereira (AINA Workshops, 2018)

Slicing-based resource allocation and mobility management for emerging wireless networks. - Ali Saeed Dayem Alfoudi (2018)

Slicing Architecture for Managing User Mobility in Next-Generation Heterogeneous Wireless Networks. - Ali Saeed Dayem Alfoudi; Qusay Omran Mosa; Wesam Ch. Alisawi; Rafid Nabil Jaffer (DeSE, 2019)

Seamless Mobility Management in Heterogeneous 5G Networks: A Coordination Approach among Distributed SDN Controllers. - Ali Saeed Dayem Alfoudi; S. H. Shah Newaz; Rudy Ramlie; Gyu Myoung Lee; Thar Baker (VTC Spring, 2019)

An Efficient Resource Management Mechanism for Network Slicing in a LTE Network. - Ali Saeed Dayem Alfoudi; S. H. Shah Newaz; Abayomi Moradeyo Otebolaku; Gyu Myoung Lee; Rubem Pereira (IEEE Access, 2019)

Palm Vein Identification based on hybrid features selection model. - Mohammed Hamzah Abed; Ali H. Alsaeedi; Ali Saeed Dayem Alfoudi; Abayomi Moradeyo Otebolaku; Yasameen Sajid Razooqi (CoRR, 2020)

Deep Sensing: Inertial and Ambient Sensing for Activity Context Recognition Using Deep Convolutional Neural Networks. - Abayomi Moradeyo Otebolaku; Timibloudi Enamamu; Ali Saeed Dayem Alfoudi; Augustine Ikpehai; Jims Marchang; Gyu Myoung Lee (Sensors, 2020)