Cost-effective heuristics for planning GMPLS transport networks. - Nabil Naas; Hussein T. Mouftah (BROADNETS, 2007)

Heuristics for Planning GMPLS Networks with Conversion and Regeneration Capabilities. - Nabil Naas; Hussein T. Mouftah (GLOBECOM, 2007)

Extended adaptive search for routing multi-granular path allocation in optical networks. - Abdelhamid E. Eshoul; Hussein T. Mouftah; Nabil Naas (ISCC, 2009)

The significance of label conversion in GMPLS-based optical transport networks. - Nabil Naas; Hussein T. Mouftah (ISCC, 2009)

The Value of Traffic Bifurcation in Multi-Granular Optical Networks. - Nabil Naas; Hussein T. Mouftah (ICC, 2010)

Cost-effective heuristics for planning GMPLS-based transport networks. - Nabil Naas; Hussein T. Mouftah (Opt. Switch. Netw., 2010)

Towards the realistic planning of GMPLS-based optical transport networks. - Nabil Naas; Hussein T. Mouftah (Photonic Netw. Commun., 2011)

Multi-Granular Optical Transport Network design with dual power state. - Nabil Naas; Burak Kantarci; Hussein T. Mouftah (GLOBECOM Workshops, 2012)

Greening the multi-granular optical transport network design under the optical reach constraint. - Nabil Naas; Burak Kantarci; Hussein T. Mouftah (ISCC, 2012)

Energy-efficient design for multi-granular optical transport networks with optical reach consideration. - Nabil Naas; Burak Kantarci; Hussein T. Mouftah (Opt. Switch. Netw., 2014)

On determining the cost-effective optical transport network architecture for next generation data center interconnectivity. - Nabil Naas; Hussein T. Mouftah (CCECE, 2016)

Power-aware design of the optical interconnect for future data centers. - Nabil A. Naas; Hussein T. Mouftah (ISCC, 2016)

Software Defined Survivable Optical Interconnects for Data Centers. - Sonali Chandna; Nabil Naas; Hussein T. Mouftah (ICTON, 2017)

Software Defined Survivable Optical Interconnect for data centers. - Sonali Chandna; Nabil Naas; Hussein T. Mouftah (Opt. Switch. Netw., 2019)

Data Offloading from LTE to Wi-Fi. - Mustafa Aljerbi; Ahmed S. Ashur; Nabil Naas (SmartNets, 2023)