Design of relay distances for multihop WiMAX systems based on Bit Error Rate consideration

B. Mardamornpun, P. Uthansakul, M. Uthansakul
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Abstract

WiMAX is an IEEE802.16 standard that provides a high speed transmission with wide coverage range. In IEEE 802.16j, the multiple Relay Stations (RS) are added to employ multihop links for WiMAX systems to extend coverage range and capacity. Many works in literature concern the RS locations based on the effective cost and the optimum user capacity. Most of them assumed the lossless transmission between RS and Base Station (BS). Consequently, the distance between RS and BS has no effect on locating RS. However, the real performance of WiMAX signals has to take the physical link between RS and BS into account. Therefore, this paper proposes the design of suitable RS distances to provide the required Bit Error Rate (BER) in coverage range. The results indicate the importance of designing relay distances. Also this paper reveals the method to design the suitable RS location under BER consideration.
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基于误码率的多跳WiMAX中继距离设计
WiMAX是IEEE802.16标准,提供高速传输和广泛的覆盖范围。在IEEE 802.16j中,增加了多个中继站(RS)以使用WiMAX系统的多跳链路来扩展覆盖范围和容量。许多文献都是基于有效成本和最优用户容量来研究RS的位置。它们大多假设RS和基站(BS)之间的传输是无损的。因此,RS和BS之间的距离对RS的定位没有影响,而WiMAX信号的真实性能必须考虑RS和BS之间的物理链路。因此,本文提出设计合适的RS距离,以在覆盖范围内提供所需的误码率(BER)。结果表明了继电器距离设计的重要性。本文还介绍了在考虑误码率的情况下设计合适的RS位置的方法。
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