几种随机接入方案的时延仿真

Hoesang Choi, H. Moon
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引用次数: 0

摘要

为了降低随机接入的功耗,提出了信道自适应随机接入方案。在信道自适应随机访问中,只有当信道增益大于预定阈值时,远程站才发送随机访问数据包。即使触发了随机访问事件,如果信道增益小于阈值,远程站也会等待传输数据包,直到信道增益大于阈值。因此,与传统的随机访问相比,存在额外的延迟。以往的研究表明,信道自适应随机接入在功耗和时延之间进行了权衡。然而,在以往的研究中并没有考虑到重传。因此,本文比较了考虑重传的传统随机接入和信道自适应随机接入的时延。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Simulation on Delay of Several Random Access Schemes
To reduce power consumption in random access, channel-adaptive random access was suggested. With channel-adaptive random access, a remote station transmits a random access packet only when channel gain is greater than a predetermined threshold. Even thought a random access event is triggered, if channel gain is less than the threshold, the remote station waits to transmit the packet until the channel gain becomes greater than the threshold. Therefore, there is an additional delay compared to conventional random access. Previous researches showed that channel-adaptive random access has a trade-off between power consumption and delay. However, retransmission was not considered in the previous researches. Therefore, in this paper, random access delay is compared between conventional and channel-adaptive random access considering retransmissions.
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