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  • GC-CSC 2008
  • 7.Cnf-379
Papers Published at GC-CSC 2008
All 13 Papers
IDAuthors and TitlePages
7.Cnf-172

GS Citations

Dr. Ali Amer
Design and capacity planning of next generation network (NGN)
1-7
7.Cnf-359 Prof. Mohamad Abou El-Nasr
Performance of coded MC-CDMA/MSK 4G synchronous downlink cellular systems with CFO
8-13
7.Cnf-378 Prof. Abdul R. Rind

Analyis of TCP Variants at Various Link Error Rate Under Mobility Aware Anchor Point Node Hybrid Network
14-20
7.Cnf-379 Mr. Ali A. Elghariani

Voice over Internet Protocol (VoIP) over Private Satellite Network
21-25
7.Cnf-716
Equivalence between Nakagami Channels and Rayleigh Channels with Diversity
26-30
7.Cnf-717
Performance analysis of Low Power Transmitters for Wireless Sensor Nodes
31-36
7.Cnf-718 Mr. Muhammad A. Khan
Mr. Muhammad Moinuddin
Dr. Samir Al-Ghadhban
Prof. Asrar Sheikh
Performance of hierarchical quadrature amplitude modulation in layered space-time coding
37-40
7.Cnf-730
Blind Receiver Based on Instantaneous Independent Component Analysis for Convolutive MIMO Systems
41-46
7.Cnf-731
A 1V, 2.4 GHz low power CMOS Receiver front end for Wireless Micro sensor nodes
47-55
7.Cnf-732
A new iterative space-time detector managing the performance-complexity trade-off
56-61
7.Cnf-751
Algorithmic utilization of LDI transform for discrete-time filter design
62-67
7.Cnf-752
Subchannel Power Allocation and Rate Adaptation for a MC-CDMA System Satisfying Mixed QoS Requirements
68-74
7.Cnf-753
Coding Simulation for Atmospheric Optical Channel
75-80
7.Cnf-379 Paper View Page
Title Voice over Internet Protocol (VoIP) over Private Satellite Network
Authors Mr. Ali A. Elghariani, University of Tripoli, Tripoli, Libya
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Abstract Broadband satellite networks will be required to carry all types of IP traffic, real time interactive traffic as well as non-real time traffic, taking into considerations the need for appropriate QoS for these different traffic. This paper studies the performance of VoIP call in a private point to point GEO satellite network by testing three different voice codec techniques, which are G.726, G.729 and G.723.1. This study will be implemented by simulating voice and data traffic on a satellite environment using network simulator 2 (NS2). The relation between performance measures such as packet delay, delay variations, packet loss packet size, and number of simultaneous VoIP calls in the satellite channel will be investigated. This work shows that an implementation of VoIP over satellite network is feasible given that certain parameters are well selected and controlled such as choice of VoIP source codec, packet size, and the characteristics of TCP traffic that coexists with voice traffic.
Track SSC: Spread Spectrum Communications
Conference 2nd Mosharaka International Conference on Communications, Signals and Coding (MIC-CSC 2008)
Congress 2008 Global Congress on Communications, Signals and Coding (GC-CSC 2008), 17-19 October 2008, Amman, Jordan
Pages 21-25
Topics Voice over IP
Satellite Communications
ISSN 2227-331X
DOI
BibTeX @inproceedings{379CSC2008,
title={Voice over Internet Protocol (VoIP) over Private Satellite Network},
author={Ali A. Elghariani, and },
booktitle={2008 Global Congress on Communications, Signals and Coding (GC-CSC 2008)},
year={2008},
pages={21-25},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 5 Paper Views Rank 94/524
Paper Downloads 3 Paper Downloads Rank 163/524
GC-CSC 2008 Visits: 515||MIC-CSC 2008 Visits: 421||SSC Track Visits: 151