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  • Telecom
  • GC-Telecom 2013
  • 48.Cnf-510
Telecom Congresses with Published Papers
GC-Telecom 2013, Barcelona
9
GC-Telecom 2014, Istanbul
2
Papers Published at GC-Telecom 2013
All 9 Papers
IDAuthors and TitlePages
48.Cnf-510 Mrs. Farah Aljobori
Dr. Ibtesam Al-Saedi
Power Saving Sleep Mode Enhancements Mobile WiMAX Networks
1-5
48.Cnf-609 Dr. Katsuyuki Umezawa
Mr. Hiromi Gotoh
Load Control System for Virtual Client System
6-11
48.Cnf-615 Dr. Taimour Aldalgamouni
Dr. Jehad Ababneh
Mrs. Maymonah Hayajneh
Minimum Bit Error Rate Multiuser Detection of SDMA-OFDM Systems Using Biogeography Based Optimization Algorithm
12-15
48.Cnf-617 Dr. Ouafi Abdelkarim
Dr. Zitouni Athmane
Mr. Boukhari Djamel Eddine
Dr. Baarir Zineddine
Prof. Taleb Ahmed Abdlamlik
NEW APPROACH BASED ON QUADTREE ALGORITHM FOR LOSSY IMAGE COMPRESSION
16-21
48.Cnf-619 Dr. Cahouki Guesmi
Dr. Abdelhak Ferchichi
Prof. Ali Gharsallah
A Miniaturised Coupled-feed Slot Antenna for an RFID TAG
22-26
48.Cnf-624 Ms. Mahal Raj Singh
Ms. Akanksha Tripathi
Ms. Anshu Roy
Adjustable Torque Operator(ATO)
27-30
48.Cnf-628 Mr. Iordanis Giannopoulos
Dr. Asimakis Leros
Dr. Apostolos P. Leros
Qualitative Assessment of Traffic in Computer Networks
31-36
48.Cnf-629 Mr. Shahnewaz Ali
Mr. Mohammad Ali Tabibi
RSSI Based Localization for Indoor Application by using 868 MHz Radio Signal
37-42
48.Cnf-636 Dr. Mohamed Mohamed
Prof. Mohy Abou-Elsoud
Mrs. Marwa Eid
BIOMETRIC SECURITY SYSTEM BASED ON HUMAN IRIS SIGNATURE
43-50
48.Cnf-510 Paper View Page
Title Power Saving Sleep Mode Enhancements Mobile WiMAX Networks
Authors Mrs. Farah Aljobori, University of Technology, Baghdad, Iraq
Dr. Ibtesam Al-Saedi, University of Technology, Baghdad, Iraq
Abstract Recently, the use of mobile devices to run multimedia applications is becoming more popular. Such applications are known to be energy consuming. Since these devices are mostly battery powered with a limited battery life, energy saving strategies becomes vital for such systems operation. WiMAX systems utilize a standard sleep mode in order to minimize the mobile station (MS) power usage. It is also used to reduce the usage of base station (BS) air interface resources. IEEE 802.16e proposes three power saving classes (PSCs), depending on the nature of the application(s) running on the device. However, when multiple applications that belong to different service types are operating simultaneously, the power consumption may increase due to overlapping among the used PSCs. In this work, a new mechanism is proposed to reduce power consumption of mobile WiMax devices. The proposed mechanism tries to eliminate the overlapping of PSCs by synchronizing the different PSCs. A simulation study is conducted and the simulation results indicate that the proposed mechanism can significantly reduce power consumption of MS, OPNET 14.5 modeler is the simulation tools that used in this work. However, this version of OPNET does not support sleep mode, but the sleep protocol is programed (in this work) using C Language inside the modeler, in order to show the effect of the proposed mechanism to enhance the power saving.
Track WCSN: Wireless Communication Systems and Networks
Conference 1st Mosharaka International Conference on Telecommunication Systems and Networks (MIC-Telecom 2013)
Congress 2013 Global Congress on Telecommunication Systems and Networks (GC-Telecom 2013), 20-22 December 2013, Barcelona, Spain
Pages 1-5
Topics Network Protocols and Standards
Energy Efficient Communications
ISSN 2227-331X
DOI
BibTeX @inproceedings{510Telecom2013,
title={Power Saving Sleep Mode Enhancements Mobile WiMAX Networks},
author={Farah Aljobori, and Ibtesam Al-Saedi},
booktitle={2013 Global Congress on Telecommunication Systems and Networks (GC-Telecom 2013)},
year={2013},
pages={1-5},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 31 Paper Views Rank 321/524
Paper Downloads 20 Paper Downloads Rank 177/524
GC-Telecom 2013 Visits: 8711||MIC-Telecom 2013 Visits: 6789||WCSN Track Visits: 1266