Faris Keti- Master of Science in Computer and Communication Engineering
- Lecturer at College of engineering Duhok
Faris Keti
- Master of Science in Computer and Communication Engineering
- Lecturer at College of engineering Duhok
About
16
Publications
5,162
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Citations
Introduction
Faris Keti received his BSc. degree in Electrical and Computer Engineering, in 2011 and his MSc. degree in Computer Engineering, in 2016, both from University of Duhok, Kurdistan Region, Iraq. He is currently a lecturer in his home University. His research interests are in the areas of computer networking, network virtualization, software defined networking, internet of things and Communications.
Current institution
College of engineering Duhok
Current position
- Lecturer
Publications
Publications (16)
In the realm of telecommunications, the emergence of Fifth Generation (5G) technology and the prospective arrival of Sixth Generation (6G) networks represent a paradigm shift of considerable magnitude. These technological advancements have precipitated a profound transformation within the industry, fundamentally altering operational methodologies a...
In this paper, a cloud-radio access networks based (C-RANs) radio-over-fiber (RoF) system have been reported with the optical generation of 28 GHz and 57 GHz millimeter-wave using phase modulation and stimulated Brillouin scattering effect in optical fibers. As a result, a cost-effective system with improved performance is achieved by the proposed...
Because of the arising requirements of emerging networks (Fifth generation and beyond) such as supporting diverse Quality of Services (QoS), low latency, and high spectral efficiency; the previous and traditional generations of communication systems are becoming inappropriate. Furthermore, due to the huge connectivity and ever-growing demands of di...
Due to the huge connectivity and ever-growing demands of diverse services and high data rate applications, more effective radio access techniques are required for the next generation wireless systems. Non-orthogonal multiple access (NOMA) is a promising candidate which has been recognized as an effective multiple access technique that notably impro...
The unprecedented growth in internet applications' requirement makes adopting smart network architectures such as Software Defined Networking inevitable. Software-Defined Networking (SDN) is a new network architecture that separates the tight coupling between the control plane and the data plane that exists in traditional networks. The purpose of t...
In the curricula of higher education faculties, computer networking is a main topic in computer Science courses. Previous methods of teaching a subject like Computer Networks has consisted of a face to face proposal, high cost labs and static and complex configuration of real networking devices restricted by in location attendance for experiment pu...
Abstract- in the curricula of higher education faculties, computer networking is a main topic in computer Science courses. Previous methods of teaching a subject like Com-puter Networks has consisted of a face to face proposal, high cost labs and static and complex configuration of real net-working devices restricted by in location attendance for e...
In this paper an evaluation of an SDN emulation tool called Mininet is conducted. Tests were conducted to study Mininnet limitations related to the simulation environment, resource capabilities. To evaluate the later, the scalability of Mininet in term of creating many topologies is tested with varying number of nodes and two different environment...
In this paper an evaluation of an SDN emulation tool called Mininet is conducted. Tests were conducted to study Mininnet limitations related to the simulation environment, resource capabilities. To evaluate the later, the scalability of Mininet in term of creating many topologies is tested with varying number of nodes and two different environment...
In this paper an evaluation of a Software Defined Networks emulation tool called Mininet is conducted. Tests were conducted to study the performance of Mininet in emulating software defined network layers which are; the network infrastructure layer, southbound (OpenFlow Protocol) interface layer, software defined network’s centralized controller pl...
