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Yazid Khattabi
Yazid Khattabi
Associate Professor of Electrical Engineering, The University of Jordan
Verified email at ju.edu.jo
Title
Cited by
Cited by
Year
Performance analysis of multiple-relay AF cooperative systems over Rayleigh time-selective fading channels with imperfect channel estimation
YM Khattabi, MM Matalgah
IEEE Transactions on vehicular technology 65 (1), 427-434, 2015
712015
Conventional and best-relay-selection cooperative protocols under nodes-mobility and imperfect-CSI impacts: BER performance
Y Khattabi, MM Matalgah
2015 IEEE wireless communications and networking conference (WCNC), 105-110, 2015
222015
Alamouti-OSTBC wireless cooperative networks with mobile nodes and imperfect CSI estimation
YM Khattabi, MM Matalgah
IEEE Transactions on Vehicular Technology 67 (4), 3447-3456, 2017
182017
Conventional AF cooperative protocol under nodes-mobility and imperfect-CSI impacts: Outage probability and Shannon capacity
Y Khattabi, MM Matalgah
2015 IEEE Wireless Communications and Networking Conference (WCNC), 13-18, 2015
122015
Performance analysis of AF cooperative networks with time-varying links: Outage Probability
Y Khattabi, MM Matalgah
Wireless Telecommunications Symposium (WTS), 2014, 1-6, 2014
12*2014
Performance analysis of AF cooperative networks with time-varying links: Error rate and capacity
Y Khattabi, MM Matalgah
Wireless Telecommunications Symposium (WTS), 2014, 1-6, 0
12*
Outage performance of cognitive two‐way amplify‐and‐forward relay network under different transmission schemes
RT Al‐Zubi, MT Abu Issa, O Jebreil, KA Darabkh, Y Khattabi
Transactions on Emerging Telecommunications Technologies 31 (8), e4004, 2020
112020
Improved error performance ZFSTD for high mobility relay‐based cooperative systems
Y Khattabi, MM Matalgah
Electronics Letters 52 (4), 323-325, 2016
92016
Analysis of system outage probability in underlay cognitive two-way amplify-and-forward relay networks
RT Al-Zubi, MTA Issa, AA Zghoul, KA Darabkh, YM Khattabi
Computer Communications 160, 253-262, 2020
62020
Performance Analysis of Spatial Modulation Under Rapidly Time-Varying Rayleigh Fading Channels
YM Khattabi, SA Alkhawaldeh
IEEE Access 7, 110594 - 110604, 2019
62019
Exact error rate analysis of two-hop AF Rayleigh fading cooperative systems with variable amplification gain
Y Khattabi
AEU-International Journal of Electronics and Communications 100, 86-94, 2019
52019
New Analytical Approach in the SER Evaluation of CSIN-Assisted AF Dual-Hop Wireless Systems
YM Khattabi
IEEE Wireless Communications Letters 8 (2), 604 - 607, 2018
52018
A low-complexity sub-optimal decoder for OSTBC-based mobile cooperative systems
Y Khattabi, MM Matalgah
2016 IEEE Wireless Communications and Networking Conference, 1-6, 2016
52016
Revisiting Lightweight Encryption for IoT Applications: Error Performance and Throughput in Wireless Fading Channels With and Without Coding
YM Khattabi, MM Matalgah, MM Olama
IEEE Access 8, 13429 - 13443, 2020
32020
ABEP evaluation of spatial modulation communication systems: Improved analytical framework
SA Alkhawaldeh, YM Khattabi
IEEE Transactions on Vehicular Technology 68 (11), 10991-11002, 2019
32019
Performance evaluation and improvement of wireless amplify-and-forward cooperative-based systems under nodes mobility and imperfect CSI estimation impacts
Y Khattabi
22016
Modeling and Analysis for HARQ-Aided NOMA Scheme Using Markov-Based Approach
RT Al-Zubi, KA Darabkh, YM Khattabi, MTA Issa
2021 IEEE International Black Sea Conference on Communications and …, 2021
12021
Bias optimization of mach-zehnder modulator considering rf gain on ofdm radio-over-fiber system
G Al Sukkar, Y Khattabi, S Zhong
International Journal of Electronics and Communication Engineering 11 (12 …, 2017
12017
Ostbc transmission over cooperative diversity systems under nodes mobility impact
Y Khattabi, MM Matalgah
2016 IEEE Wireless Communications and Networking Conference, 1-6, 2016
12016
CSIN-assisted AF dual-hop relaying communication systems over imperfect Nagakami-m fading channels: Exact error performance
YM Khattabi
Physical Communication 53, 101717, 2022
2022
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