wimax research papers 23

Localization in WiMAX networks based on signal strength observations(FREE DOWNLOAD)
M Bshara, N Deblauwe , Conference. IEEE Press, , 2008 ,wwwir.vub.ac.be
Abstract—Wireless operators have realized the value and potential to provide location-
based services (LBS) to their customers in a convenient and seamless way without imposing
extra hardware or extra fees. Recently, localization in wireless networks has gained a lot 

Simulating Denial of Service Attack Using WiMAX Experimental Setup(FREE DOWNLOAD)
JKH Hong, MY Alias ,International Journal of Network and , 2011 ,ijnmt.com
Abstract The IEEE802. 16 Wireless Metropolitan Area Network (WMAN) is set to
revolutionize the delivery of Broadband Wireless Access (BWA) not unlike how the IEEE802.
11 WiFi standard popularized wireless access to the masses. Designed to operate over 

A Novel Carrier Frequency Synchronization For Wimax OFDM Systems(FREE DOWNLOAD)
J González, C Carreras ,IADIS International Conference , 2007 ,iadis.net
ABSTRACT Carrier frequency synchronization is a crucial process in the implementation of
orthogonal frequency division multiplexing (OFDM) systems. It is divided into two phases:
acquisition and tracking. Although different techniques for different standards have been 

Available measurements in current WiMAX networks and positioning opportunities(FREE DOWNLOAD)
M Bshara ,Proc. 19th IMEKO World Congr. , 2009 ,wwwtw.vub.ac.be
Abstract–In this paper, we consider the practical issues related to positioning in WiMAX
networks depending on the available measurements. The network under study is the
Clearwire network deployed in Brussels capitol city. The focus lies on making the 

A Mobility Improvement Handover Scheme for Mobile-WiMAX(FREE DOWNLOAD)
MI Anwar, A Khosla ,International Journal of Computer , 2010 ,ijcaonline.org
ABSTRACT This paper presents a mobility improvement handover algorithm with less scan
time implementation for Mobile WiMAX. Mobile WiMAX is a wireless technology based on
IEEE802. 16e for broadband wireless access. Mobile WiMAX introduces the most 

IMS Mobility Management in Integrated WiMAX-3G Architectures(FREE DOWNLOAD)
A Sgora ,2010 14th Panhellenic Conference on , 2010 ,lib.kmutt.ac.th
Abstract—The IP Multimedia System (IMS) is a promising solution for converging new
technologies with existing networks. The interworking environment and service flexibility that
IMS offers to the currently deployed wireless broadband technologies, makes it appealing 

A performance comparison with modulation schemes in WiMax physical layer security aspect(FREE DOWNLOAD)
RK Jha, UD Dalal ,International Journal of Computer Applications , 2010 ,ijcaonline.org
Abstract This paper presents WiMAX physical layer threats jamming and scrambling. The
performance of the system was found out to greatly differ with the use of different jamming
signals, allowing central areas to be identified, where system development should be 

Development of High-Efficiency GaN-HEMT Amplifier for Mobile WiMAX(FREE DOWNLOAD)
VTKVT Iwai ,Fujitsu Sci. Tech. J, 2008 ,
Base stations for Mobile Worldwide Interoperability for Microwave Access (WiMAX) will
require much higher power efficiency to dramatically reduce the increase in power
consumption. High-efficiency amplifiers with high gain will be required to decrease the 

WiMAX Simulation Model to Investigate Performance Factors(FREE DOWNLOAD)
M Hammoshi ,Journal of Convergence Information Technology, 2011 ,aicit.org
Abstract WiMAX stands for World Interoperability for Microwave Access. It is considered a
major part of broadband wireless network having the IEEE 802.16 standard. WiMAX
provides innovative, fixed as well as mobile platforms for broadband internet access 

Fast Handover Between WiMAX and WiFi Networks in Vehicular Environment(FREE DOWNLOAD)
J Guo, R Yim, T Tsuboi, J Zhang ,16th ITS World Congress, , 2009 ,merl.com
Abstract Fast handover is crucial to provide the best services to mobile users in vehicular
environment. WiMAX and WiFi support mobility in vehicular speed. However, WiMAX and
WiFi network entry processes may take seconds to complete. In this paper, we propose 

Mobile WiMAX Base Station Architecture and RF Technology(FREE DOWNLOAD)
VNSVY Endo ,Fujitsu Sci. Tech. J, 2008 ,fujitsu.com
In Japan, the Ministry of Internal Affairs and Communications decided the frequency
arrangement of 2.5 GHz license band in December 2007. Then, that ministry completed
recognition and the license delivery of a telecommunications provider for a Mobile 

An Optimum Vertical Handoff Decision Algorithm for UMTS-WiMAX(FREE DOWNLOAD)
JI Agbinya ,2008 ,ee.latrobe.edu.au
Abstract—The integration of diverse but complementary cellular and wireless technologies
in the next generation of wireless communication systems requires the design of intelligent
vertical handoff decision algorithms to enable mobile users to seamlessly switch network 

Design and Simulation of Sigma-Delta Fractional-N Frequency Synthesizer for WiMAX(FREE DOWNLOAD)
HT Ziboon ,Eng.Tech magazine, 2008 ,uotechnology.edu.iq
Abstract This paper presents a design and simulation of proposed frequency synthesizer
which can be used for WiMAX. Design parameters for the proposed fractional-N PLL
synthesizer for WiMAX system are either selected from WiMAX standards or according to 

Evaluating WiMAX QoS performance in a real testbed(FREE DOWNLOAD)
R Matos, P Neves ,Proc. 7th Conference on , 2009 ,av.it.pt
Abstract1—Broadband Wireless Access technologies are expected to play a central role in
next generation networks. WiMAX, based on the IEEE 802.16 standard, has the potential to
form the foundation upon which operators will deliver ubiquitous Internet access in the 

WiMAX experimentation and verification in field in Italy(FREE DOWNLOAD)
J Buschmann, F Vallone, P Dettorre, A Valle ,Journal of Systemics, ,iiisci.org
ABSTRACT Under the auspices of the Italian Communications Ministry, in a trial program
directed by the UGO Bordoni Foundation, Ericsson performed extensive field tests to verify
and measure the performance of IEEE 802.16-2004 compliant equipment in the 3.5 GHz 

The IEEE 802.16 WiMAX Broadband Wireless Access; Physical Layer (PHY), Medium Access Control Layer (MAC), Radio Resource Management (RRM)(FREE DOWNLOAD)
J Wolnicki, AMK Pereirasamy ,Seminar on Topics in , 2005 ,it.iitb.ac.in
The term WiMAX (Worldwide Interoperability for Microwave Access) has become
synonymous with the IEEE 802.16 Wireless Metropolitan Area Network (MAN) air interface
standard. In its original release the 802.16 standard addressed applications in licensed 

Strong Password Based EAP-TLS Authentication Protocol for WiMAX(FREE DOWNLOAD)
AK Rai, V Kumar ,Anjani K. Rai et al./(IJCSE) , 2010 ,enggjournals.com
Abstract—Security becomes more important in wireless network due to lack of physical
boundary. Worldwide interoperability for microwave access (WiMAX) is a wireless
communications technology, also known as IEEE802. 16 that is intended for wireless  

Real Life Field Trial over a Pre-mobile WiMAX System with 4 th Order Diversity(FREE DOWNLOAD)
P Grønsund, P Engelstad, M Ayoun ,Next Generation Teletraffic , 2007 ,Springer
Mobile WiMAX is a promising wireless technology approaching market deployment. Much
discussion concentrate on whether mobile WiMAX will reach a tipping point and become 4G
or not. As a pre-mobile WiMAX system is being delivered, we decided to set up a real life