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Update on Thursday, 27 January 2022: Dr. Esraa Abdelall becomes Track Chairperson of MDM@MechaniTek 2022.
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  • GC-MCWC 2011
  • 12.Cnf-88
Papers Published at GC-MCWC 2011
All 12 Papers
IDAuthors and TitlePages
12.Cnf-20 Dr. Amer M. Al Canaan
Prof. Ahmed Khoumsi
The impact of binary data compression on QoS and performance of SOAP and RESTful multimedia web services
12.Cnf-68 Prof. Thamer M. Jamel
Mr. Haider Mohamed
Absolute Average Error Based Adjusted Step Size LMS Algorithm for Adaptive Noise Canceller
12.Cnf-88 Dr. Ammar Abu-Hudrouss
(7,4) Hamming like code for QPSK modulation
12.Cnf-89 Mr. Ousama Alnatouh
Mr. Gaojie Chen
Prof. Jonathon Chambers
Comparison of Quasi-Orthogonal and Jacket Space-Time Coding Schemes for Point-to-Point and Distributed Transmissions
12.Cnf-94 Ms. Nouri Naziha
Prof. Bouallegue Ridha
Direct-conversion receiver performances for WiMAX radio systems
12.Cnf-97 Ms. Maha Abousharkh
Prof. Hussein Mouftah
Sensors based SOA enabled middleware for patient monitoring system
12.Cnf-99 Dr. Muneer Bani Yassein
Mr. Mohamed A. Al Omari
Pessimistic Fibonacci back-off algorithm
12.Cnf-103 Mr. Osman Turkkan
Prof. Ali Kara
Dr. Yaser Dalveren
Design of a low cost wireless transmission module
12.Cnf-108 Dr. Tayfun Nesimoglu
A Linear Transmitter Architecture Using Class-E Switching Power Amplifiers
12.Cnf-109 Dr. Rosilah Hassan
Mr. Hazim Jarrah
Comparison Approach System-Level Fault Diagnosis in MANET Using Non-Overlapping Clustering Technique

GS Citations

Ms. Aisha Aseeri
Dr. Omaima Bamasak
HB-MP*: towards a man-in-the-middle-resistant protocol of HB family
12.Cnf-114 Dr. Amer M. Al Canaan
Prof. Ahmed Khoumsi
Performance Enhancement of Image-Retrieval Web Services Through Image Dimensional Optimisation
12.Cnf-88 Paper View Page
Title (7,4) Hamming like code for QPSK modulation
Authors Dr. Ammar Abu-Hudrouss, Islamic University of Gaza, Khan Younis, Palestine
Abstract Quadrature Phase Shift Keying (QPSK) is one of the most popular digital modulation techniques. It is widely used in existing technologies because of its spectral efficiency. In this paper, we present a (7, 4) code which can be directly applied on the phase of the QPSK constellation points. The code is based on the fundamental idea of the binary Hamming code. The decoding performance is enhanced by considering the minimum Euclidean distance between the received codeword and all codewords that that can be corrected using the same syndrome. The code can correct all the single symbol errors and 96.3% of double symbol errors at Eb /N0 = 8 dB. By simulation, it is shown that this approach can guarantee a coding gain of 1.5 dB with respect to uncoded QPSK.
Track WCS: Wireless Communication Systems
Conference 2nd Mosharaka International Conference on Mobile Computing and Wireless Communications (MIC-MCWC 2011)
Congress 2011 Global Congress on Mobile Computing and Wireless Communications (GC-MCWC 2011), 3-5 June 2011, ,
Pages 15-17
Topics Block Coding
Channel Coding
ISSN 2227-331X
BibTeX @inproceedings{88MCWC2011,
title={(7,4) Hamming like code for QPSK modulation},
author={Ammar Abu-Hudrouss},
booktitle={2011 Global Congress on Mobile Computing and Wireless Communications (GC-MCWC 2011)},
organization={Mosharaka for Research and Studies} }
Paper Views 90 Paper Views Rank 22/524
Paper Downloads 43 Paper Downloads Rank 22/524
GC-MCWC 2011 Visits: 2893||MIC-MCWC 2011 Visits: 2431||WCS Track Visits: 963