维护Synergy MAC的合作

S. Kulkarni, P. Agrawal
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引用次数: 4

摘要

协作通信是一种新颖的、提高多样性的技术,对未来的无线网络有着巨大的希望。但是,为了充分利用在物理层实现的这种多样性,还需要将节点协作的思想扩展到协议栈的其他层。Synergy MAC就是MAC子层的一种扩展。根据该协议,每当一个源打算将一些数据传输到目的地时,它都会请求其邻居支持随后的数据传输。当一个有意愿的邻居被标识为中继时,源通过被征募的中继将其数据转发到目标。这样,Synergy MAC不仅实现了空间分集,而且能够实现更快的传输速度。但是,Synergy MAC中中继辅助的两跳传输引起了人们对其安全性的诸多担忧。为了解决这些问题,需要适当的安全方案来适应Synergy MAC。在本文中,我们讨论了Synergy MAC中合作引入的各种安全问题,并利用两种安全方案来解决这些问题。这里讨论的技术使流行的安全方案(如WEP、WPA和WPA2)能够成功地与Synergy MAC一起运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Safeguarding cooperation in Synergy MAC
Cooperative communication is a novel, diversity-improving technique that holds great promise for the future of wireless networks. But in order to fully exploit this diversity realized at the physical layer, the idea of node cooperation needs to be extended to other layers of the protocol stack as well. Synergy MAC is one such extension to the MAC sublayer. As per this protocol, whenever a source intends to transmit some data to the destination, it solicits the support of its neighbors for the ensuing data transfer. When one a willing neighbor is identified as the relay, the source transmits its data to the destination by forwarding it via the enlisted relay. In doing this, not only does Synergy MAC realize spatial diversity but is also able to achieve faster transmission speeds. However, relay assisted two hop transmission in Synergy MAC gives rise to numerous concerns about its security. To address these concerns, appropriate security schemes need to be adapted to suit Synergy MAC. In this paper, we discuss various security issues introduced by cooperation in Synergy MAC and utilize two security schemes to address those problems. The techniques that are discussed here enable popular security schemes like WEP, WPA and WPA2 to successfully operate with Synergy MAC.
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