The relay task group has extended the IEEE 802.16 e-2005 to a new standard known as
IEEE 802.16 j Mobile Multi-hop Relay (MMR). The deployment of relay station (RS) in …

Two different relay modes are defined in IEEE 802.16 j WIMAX standard: transparent mode
and nontransparent mode. The non transparent mode is used to extend the coverage area …

The main function of relay station is to enhance the network capacity and extend the
coverage area. This paper analyses the performance of relay stations in IEEE 802.16 j …

This paper presents the performance analysis of various relay stations in IEEE 802.16 j
Mobile Multi-hop Relay (MMR) WiMAX for half and full duplex communication. The main …

In the polling-based WiMAX network, the number of served mobile station (MSs) and
number of polls (NOP) are the parameters that significantly affects the network performance …

By employing a relay station (RS) on the WiMAX networks, it offers an extended coverage
and improved capacity over wireless broadband. However the mobile station (MS) such that …

The IEEE 802.16 j Mobile Multi-hop Relay (MMR) WiMAX networks allow the extension of
the coverage area of a WiMAX network by deploying a relay station (RS). In WiMAX …

Two different relay modes are defined in IEEE 802.16 j WIMAX standard: transparent mode
and non-transparent mode. The non transparent mode is used to extend the coverage area …

The IEEE 802.16 J protocol for a multi-hop relay (MMR) WiMAX network is being developed
to increase data rates and extend service coverage as an enhancement of existing WiMAX …

Mobile WiMAX is based on IEEE 802.16 e standard to provide fixed and mobile broadband
wireless access from anywhere within the metropolitan area network (MAN). Multi-hop …