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 …

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 …

A simulation study of the performance of transparent mode relay-based 802.16 j systems is
described. The study focuses on the gain in throughput that is possible in omnidirectional …

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 paper analyses performance of IEEE 802.16 standard, also known as WiMAX, when
relay stations are introduced. Thanks to this feature, coverage area and throughput of the …

Wireless relay has been proposed as the solution to extend the coverage of a single base
station. In this paper, capacity degradation due to multi-hop relay has been analyzed in a …

To enhance coverage and throughput of IEEE 802.16 networks, 802.16 j task group has
standardized capabilities and functionalities of multi-hop relay (MR). This paper first …

Worldwide Interoperability for Microwave Access network accepts the challenge of last mile
wireless access for internet. IEEE 802.16 standard, commercially known as WiMAX provide …

WiMax mobile cellular systems are envisioned to provide high data rate multimedia service
to users at any time, anywhere at an affordable cost. WiMax is operated at a frequency …

This paper presents the theoretical benefits and performance evaluation of relaying
technology used in WiMAX wireless systems, providing insight into the rationale behind the …