Bahria University

DR. SALEEM ASLAM

PERSONAL INFORMATION
Email	saleem.buic@bahria.edu.pk
Phone. Ext.	9259500 Ext3003
Research Areas/Areas of expertise	Telecommunicaiton

QUALIFICATION
DEGREE	PASSING YEAR	MAJORS	UNIVERSITY
BS (Computer Engineering)	2006	Computer Networks	UET, Taxila
MS (Computer Engineering)	2008	Cognitive Radio Networks	College of E&ME, NUST
Ph.D	2014	Electrical Engineering	Sejong University, Seoul, South Korea
TEACHING EXPERIENCE
DESIGNATION	FROM	TO	ORGANIZATION
Lecturer	01-Feb-2007	01-Dec-2010	National University of Computer & Emerging Sciences (NUCES), Islamabad
Assistant Professor	01-Feb-2015	01-May-2017	Bahria University Islamabad
Senior Assistant Professor	01-May-2017	01-Jun-2018	Bahria University Islamabad
Head of Department (Electrical Engineering)	01-Sep-2016	01-Sep-2017	Bahria University Islamabad
Research Assistant	01-Mar-2011	01-Dec-2013	Sejong University, Seoul, South Korea
Postdoc Research Fellow	01-Mar-2014	01-Feb-2015	Queens University, Kingston, Canada
Visiting Postdoc Fellow	01-Jun-2016	01-Aug-2016	Sogang University, Seoul, Korea
Director (Research, Innovation and Commercialization)	02-Feb-2022	Present	Bahria University, Islamabad, Pakistan
Permanent Faculty Member (Professor)	01-Jan-2023	Present	Bahria University, Islamabad, Pakistan

Publications

Journals & Conferences

• Primary User Behavior Aware Spectrum Allocation Scheme for Cognitive Radio Networks | Computer and Electrical engineering, Elsevier
• Energy-efficient downlink resource management in self-organized OFDMA based two-tier femtocells networks | EURASIP Advances in Signal Processing
• A Docitive Q-learning Approach towards Joint Resource Allocation and Power Control in Self-Organized Femtocell Networks | Transaction on Emerging Telecommunication Technologies
• Distributed Joint Resource and Power Allocation in Self-organized Femtocell Networks: A Potential Game Approach | Journal of Networks and Computer Applications
• A Self-organized Metaheurestic Approach towards Inter-cell Interference Management in LTE-Advanced | EURASIP Wireless Communication and Networking
• Decentralized Heuristic Approach Towards Resource Allocation in Femtocell Networks. | Entropy
• Fair, Efficient and Power Optimized Spectrum Sharing for Cognitive Radio Networks | EURASIP Journal o Wireless Communication and Networking
• “CSPA: Channel Selection and Parameter Adaptation Scheme for Cognitive Radio Ad Hoc Networks | EURASIP Journal o Wireless Communication and Networking
• Spectrum Sharing Optimization with QoS Guarantees | Computer and Electrical Engineering
• Reliable, Efficient and Power Optimized Control Channel Selection Scheme for Cognitive Radio Networks | Mathematical Problems in Engineering
• Joint Sensor-node Selection and Channel Allocation Scheme for Cognitive Radio Sensor Networks | Journal of Internet Technologies
• CSIT: Channel State and Idle Time Prediction for Cognitive Radio Network | EURASIP Journal o Wireless Communication and Networking
• Device Centric Throughput and QoS Optimization for IoTs in a Smart Building Using CRN-Techniques | Sensors
• Optimized Energy Harvesting, Cluster-Head Selection and Channel Allocation for IoTs in Smart Cities | Sensors
• Hierarchical and Flat-Based Hybrid Naming Scheme in Content-Centric Networks of Things | IEEE Internet of Things
• Fully Automated Multi-resolution Channels and Multithreaded Spectrum Allocation Protocol for IoT based Sensor Nets | IEEE Access
• Energy and Spectral Efficient Cognitive Radio Sensor Networks for Internet of Things | IEEE Internet of Things
• Unified Channel Management for Cognitive Radio Sensor Networks Aided Internet of Things | Sensors
• Resource Optimization for Cognitive Radio Based Device to Device Communication Under an Energy Harvesting Scenario | IEEE Access
• Resource Optimization of D2D assisted CR network with NOMA for 5G and Beyond Systems Publisher: IEEE Cite This PDF | IEEE Internet of Things Journal