WIMAX IEEE 802.16 BASIC MECHANISMS AND USES FOR MULTIHOP MESH NETWORKS: AN OVERVIEW
Kaur Ravneet
M-TECH, Computer Engg.
Bhai Gurdas Institute of Engg and Technology,
Sangrur, Punjab. ravneet.1530@gmail.com
ABSTRACT
Lots of attention is attracted by the WIMAX, recently in the Telecommunication community including researchers, Product developers and service providers. Numerous papers have been published on various design issues of WIMAX networks. Since the issues being discussed is usually ahead of product availability, most of these issues require simulation. It is important to have some common features among these models so that there models so that there results can be compared. Therefore the application working group of WIMAX has developed a standard simulation methodology that describes the key feature to be simulated and the various parametric values can be used to obtain simulation Several commercial and public WIMAX simulation models this system level methodology is being used. This article presents the discussion of key features, uses and network configurations of WIMAX ..
KEYWORDS:MeshNetworks,Routing,Scheduling,
IEEE802.16,Mechanisms and Uses.
INTRODUCTION
In today's twenty first century, Telecommunications networking and services are changing in a rapid way to support next generation Internet (NGI) user environment. Wireless networks will play an important and useful role in NGI. Wireless broadband networks are being increasingly deployed and used in the last mile for extending or enhancing Internet connectivity for fixed and/or mobile clients located on the edge of the wired network.
With high data rate, large network coverage, strong QoS capabilities and cheap network
The privilege steps to bridge the divide have been hindered by a number of factors, but maximum by infrastructural and cost demands of the current technology used. Worldwide Interoperability for Microwave Access (WiMAX) comes at a time when the need to communicate is at its highest. Designed to provide throughput similar to that of wired
M-TECH, Computer Engg.
Bhai Gurdas Institute of Engg and Technology,
Sangrur, Punjab. ravneet.1530@gmail.com
ABSTRACT
Lots of attention is attracted by the WIMAX, recently in the Telecommunication community including researchers, Product developers and service providers. Numerous papers have been published on various design issues of WIMAX networks. Since the issues being discussed is usually ahead of product availability, most of these issues require simulation. It is important to have some common features among these models so that there models so that there results can be compared. Therefore the application working group of WIMAX has developed a standard simulation methodology that describes the key feature to be simulated and the various parametric values can be used to obtain simulation Several commercial and public WIMAX simulation models this system level methodology is being used. This article presents the discussion of key features, uses and network configurations of WIMAX ..
KEYWORDS:MeshNetworks,Routing,Scheduling,
IEEE802.16,Mechanisms and Uses.
INTRODUCTION
In today's twenty first century, Telecommunications networking and services are changing in a rapid way to support next generation Internet (NGI) user environment. Wireless networks will play an important and useful role in NGI. Wireless broadband networks are being increasingly deployed and used in the last mile for extending or enhancing Internet connectivity for fixed and/or mobile clients located on the edge of the wired network.
With high data rate, large network coverage, strong QoS capabilities and cheap network
The privilege steps to bridge the divide have been hindered by a number of factors, but maximum by infrastructural and cost demands of the current technology used. Worldwide Interoperability for Microwave Access (WiMAX) comes at a time when the need to communicate is at its highest. Designed to provide throughput similar to that of wired