Nafees Mansoor

University of LIberal Arts Bangladesh, Computer Science and Engineering, Faculty Member

Universiti Teknologi Malaysia - UTM, Malaysia-Japan International Institute of Technology (MJIIT), Alumnus

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Nafees Mansoor is serving as an Assistant Professor in the Department of Computer Science and Engineering of University of Liberal Arts Bangladesh (ULAB). He joined the department in January 2016, just after finishing his Ph.D. from Universiti Teknologi Malaysia (UTM). Earlier, he received the Bachelor of Science degree in Computer Science and Master of Science degree in Telecommunication Engineering from Independent University, Bangladesh (IUB). Dr. Mansoor has more than 10 years work experience both in academia and industry where he worked at some national and international reputed organisations, namely UTM, IUB, Axiata, etc.
Moreover, besides teaching, Dr. Mansoor is also an active researcher. He is the recipient of several awards which includes best paper awards at ICAICT 2016 (Bangladesh), RISP-NCCP 2015 (Malaysia), AUN/SEED-Net ICEEE 2014 (Malaysia), and MJJIS 2013 (Japan). He has also received the Best Research Proposal Award at JACTIM Research Proposal Contest, 2012 in Malaysia and honoured as Cum Luade at his B.Sc. degree in 2005
Dr. Mansoor has published at least 60 research articles in various reputed journals and international conferences.

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Andrea Calderaro

Cardiff University

Sean Cubitt

University of Melbourne

Marc Champagne

Kwantlen Polytechnic University

Armando Marques-Guedes

UNL - New University of Lisbon

Patrick Lowenthal

Boise State University

S. Sadi SEFEROGLU

Hacettepe University

Ayse Zarakol

University of Cambridge

Fabio Cuzzolin

Oxford Brookes University

Athanasios Ι. Margaris

University of Thessaly

Camelia Dewan, PhD

Uppsala University

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Cognitive Radio Ad-hoc Network Architectures: A Survey

by Nafees Mansoor, Mahdi Zareei, and AKM MUZAHIDUL ISLAM

Combating the growing necessity of radio spectrum, which is a limited natural resource, proper ut... more Combating the growing necessity of radio spectrum, which is a limited natural resource, proper utilization of the radio spectrum is a must. Cognitive radio network (CRN) plays a vibrant role to solve this spectrum scarcity problem. Cognitive radio uses an open spectrum allocation technique to make more efficient utilization of the wireless radio spectrum and reduces the bottleneck on the frequency bands. Thus, accessible spectrum information is required for communication in CRN, which can be acquired by using spectrum database or by spectrum sensing. In addition, a robust architecture with appropriate communication protocol is preconditioned in the deployment of CRN. The state of the art of cognitive radio ad-hoc network architecture is surveyed in this paper, where the paper specifies the formation mechanisms and performance evaluations of the studied architectures. The reviewed papers have addressed some vital issues for the concrete deployment of cognitive radio ad-hoc network; however, there remain some issues that need to be addressed. Thus, this paper conveys a thorough and abstract understanding of cognitive radio ad-hoc network architecture, and also points out some open research issues in this area.

Nafees Mansoor

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