Vehicle-to-roadside-unit-to-vehicle communication system under different amplify-and-forward relaying schemes
Khattabi Y.M.
Vehicular Communications · Journal
Date: December 2022Vol: 38Cited by: 13Article
SCOPUS_ID:85141533941
Channel fading attenuation based on rainfall rate for future 5G wireless communication system over 38-GHz
Shayea I.A.
International Journal of Electrical and Computer Engineering · Journal
Date: October 2022Vol: 12Issue: 5Pages: 5104-5113Cited by: 4Article
OPEN ACCESSSCOPUS_ID:85135257586
New Approach in the Error Performance Analysis of SM over Time-Variant Rayleigh Fading Channels
Khattabi Y.M.
Proceedings 2022 14th IEEE International Conference on Computational Intelligence and Communication Networks Cicn 2022 · Conference Proceeding
Date: 2022Pages: 606-610Cited by: 0Conference Paper
SCOPUS_ID:85146857493
Error probability of cognitive-based two-way relaying communication systems with Nakagami-m fading
Alkhawaldeh S.A.
AEU International Journal of Electronics and Communications · Journal
Date: April 2021Vol: 132Cited by: 0Article
SCOPUS_ID:85101644119
Pilot contamination mitigation in massive multi-input multi-output (Mimo) system
Al-Lafi D.A.
International Journal on Communications Antenna and Propagation · Journal
Date: December 2020Vol: 10Issue: 6Pages: 377-385Cited by: 6Article
SCOPUS_ID:85099860812
Spatial Modulation under Vehicular Rayleigh Fading Channels
Khattabi Y.M.
Proceedings IEEE Symposium on Computers and Communications · Conference Proceeding
Date: July 2020Vol: 2020-JulyCited by: 4Conference Paper
SCOPUS_ID:85094176478
ABEP Evaluation of Spatial Modulation Communication Systems: Improved Analytical Framework
Alkhawaldeh S.A.
IEEE Transactions on Vehicular Technology · Journal
Date: November 2019Vol: 68Issue: 11Pages: 10991-11002Cited by: 7Article
SCOPUS_ID:85077743123
Simple decoded OFDM-QOSTBC wireless system in the presence of nakagami fading and imperfect channel estimation
Alkhawaldeh S.
2019 5th International Conference on Frontiers of Signal Processing Icfsp 2019 · Conference Proceeding
Date: September 2019Pages: 131-135Cited by: 1Conference Paper
SCOPUS_ID:85078012993
Performance improvement of space-time block coding using flexible feedback bits over rician channels
Nisirat M.A.
International Journal on Communications Antenna and Propagation · Journal
Date: June 2019Vol: 9Issue: 3Pages: 163-171Cited by: 1Article
SCOPUS_ID:85071363325
Performance Analysis of Spatial Modulation under Rapidly Time-Varying Rayleigh Fading Channels
Khattabi Y.M.
IEEE Access · Journal
Date: 2019Vol: 7Pages: 110594-110604Cited by: 11Article
OPEN ACCESSSCOPUS_ID:85077748103
Layered spatial modulation
Alkhawaldeh S.
Eurasip Journal on Wireless Communications and Networking · Journal
Date: 1 December 2018Vol: 2018Issue: 1Cited by: 8Article
OPEN ACCESSSCOPUS_ID:85054131225
An efficient transmit diversity coding scheme with partial channel state information at the transmitter
Alkhawaldeh S.
Journal of Communications · Journal
Date: 1 December 2018Vol: 13Issue: 12Pages: 756-762Cited by: 4Article
SCOPUS_ID:85061930630
Channel estimation for code division multiple access combined with space time block coding
Alkhawaldeh S.A.
International Journal on Communications Antenna and Propagation · Journal
Date: 2018Vol: 8Issue: 2Pages: 137-143Cited by: 2Article
SCOPUS_ID:85048998984
Linear regression route roughness parameter to correct hata path loss prediction formula for 1800MHz
Nisirat M.
Progress in Electromagnetics Research Symposium · Conference Proceeding
Date: 2012Pages: 1429-1431Cited by: 1Conference Paper
SCOPUS_ID:84867238519
Is Hata Path loss model a macro-cell model only? A question of debate
Nisirat M.A.
2012 International Conference on Computer and Communication Engineering Iccce 2012 · Conference Proceeding
Date: 2012Pages: 274-277Cited by: 9Conference Paper
SCOPUS_ID:84867255672
Micro cell path loss estimation by means of terrain slope for the 900 and 1800 MHz
Nisirat M.A.
2012 International Conference on Computer and Communication Engineering Iccce 2012 · Conference Proceeding
Date: 2012Pages: 670-674Cited by: 10Conference Paper
SCOPUS_ID:84867251474
Hata based propagation loss formula using terrain criterion for 1800 MHz
Nisirat M.A.
AEU International Journal of Electronics and Communications · Journal
Date: October 2012Vol: 66Issue: 10Pages: 855-859Cited by: 9Article
SCOPUS_ID:84863727199
Wideband channel estimation for full rate full diversity antenna selection wireless systems
Alkhawaldeh S.
Journal of Applied Sciences · Journal
Date: 2012Vol: 12Issue: 13Pages: 1378-1383Cited by: 1Article
SCOPUS_ID:84866237531
CDMA with transmit antenna diversity technique for broadband propagation systems
Alkhawaldeh S.
World Applied Sciences Journal · Journal
Date: 2012Vol: 17Issue: 9Pages: 1159-1166Cited by: 0Article
SCOPUS_ID:84861923553
Balanced space-frequency block coded OFDM antenna selection for wideband communications
Alkhawaldeh S.A.
International Review on Modelling and Simulations · Journal
Date: 2012Vol: 5Issue: 1Pages: 473-476Cited by: 3Article
SCOPUS_ID:84865581052
Feature extraction technique for handwritten Indian numbers classification
Mjlae S.
Journal of Theoretical and Applied Information Technology · Journal
Date: June2012Vol: 40Issue: 1Pages: 83-88Cited by: 0Article
SCOPUS_ID:84862880766
A Hata based model utilizing terrain roughness correction formula
Nisirat M.
Proceedings of 2011 6th International Conference on Telecommunication Systems Services and Applications Tssa 2011 · Conference Proceeding
Date: 2011Pages: 284-287Cited by: 10Conference Paper
SCOPUS_ID:84255204587
Recognition of handwritten Arabic characters by using reduction techniques
Al-Saleh S.M.
International Review on Computers and Software · Journal
Date: 2011Vol: 6Issue: 6Pages: 918-923Cited by: 2Article
SCOPUS_ID:84860200082
Multilayered linear dispersion codes for flat fading multiple-input multiple-output channels
Alkhawaldeh S.
Iet Communications · Journal
Date: 2008Vol: 2Issue: 9Pages: 1149-1158Cited by: 7Article
SCOPUS_ID:52649085265
A new approach to diversity and multiplexing gains for wideband MIMO channels
Wang X.
IEEE Transactions on Wireless Communications · Journal
Date: January 2007Vol: 6Issue: 1Pages: 90-100Cited by: 8Article
SCOPUS_ID:33947579738
Affiliation History
Department of Communication Engineering
Al-Balqa Applied University
P.O.Box 206, Salt, Al-Balqa, 19117, Jordan
Communication Technology Engineering Department
Al-Balqa Applied University
P.O.Box 206, Salt, Al-Balqa, 19117, Jordan
The University of Jordan
Aljubeiha, Amman, Jordan
EE Department
Al-Balqa Applied University
P.O.Box 206, Salt, Al-Balqa, 19117, Jordan
Department of Electrical Engineering
Al-Balqa Applied University
P.O.Box 206, Salt, Al-Balqa, 19117, Jordan
Department of Electrical & Computer Engineering
Concordia University
Sir George Williams Campus, 1455 De Maisonneuve Blvd. W., Montreal, QC, H3G 1M8, Canada
Department of Electrical Engineering
Al-Balqa Applied University
P.O.Box 206, Salt, Al-Balqa, 19117, Jordan
Department of Electrical Engineering
Concordia University
Sir George Williams Campus, 1455 De Maisonneuve Blvd. W., Montreal, QC, H3G 1M8, Canada
IEEE Canada
102 Plaza Drive, Dundas, ON, L9H4H0, Canada
Concordia University
Sir George Williams Campus, 1455 De Maisonneuve Blvd. W., Montreal, QC, H3G 1M8, Canada
Department of Electrical Engineering
Concordia University
Sir George Williams Campus, 1455 De Maisonneuve Blvd. W., Montreal, QC, H3G 1M8, Canada
Name Variants
Alkhawaldeh S. - S. A. (3 documents)
AlKhawaldeh S. - Salim (2 documents)
Alkhawaldeh S. - S. (1 document)
Alkhawaldeh S. - Salim Abdelkareem (5 documents)
Alkhawaldeh S. - Salim A. (11 documents)
Alkhawaldeh S. - Salim (10 documents)