一种新的多媒体无线局域网QoS点协调功能

Zi-Tsan Chou, Shih-Lin Wu
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引用次数: 5

摘要

我们提出了一种新的MAC协议Q-PCF (quality-of-service PCF),它为无线局域网的实时多媒体应用提供了QoS保证。具体来说,Q-PCF具有以下吸引人的特点。首先,它支持多个优先级,并保证高优先级的站点总是比低优先级的站点更早加入轮询列表。第二,提供快速预约方案,使实时站点能够在有限的时间内进入轮询列表;第三,采用动态带宽分配方案支持CBR/VBR传输,并提供单流概率性能保证。第四,它采用新颖的移动辅助允许控制技术,使得接入点可以允许尽可能多的新流,同时不违反允许流的保证。仿真结果表明,Q-PCF实现了高稳信率和低帧延迟丢包率。最后但并非最不重要的是,我们相信Q-PCF协议可以很容易地应用于当前的IEEE 802.11产品,而无需进行重大修改。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A new QoS point coordination function for multimedia wireless LANs
We propose a new MAC protocol, named Q-PCF (quality-of-service PCF), which provides QoS guarantees to real-time multimedia applications for WLANs. Specifically, Q-PCF has the following attractive features. First, it supports multiple priority levels and guarantees that high-priority stations always join the polling list earlier than low-priority stations. Second, it provides fast reservation scheme such that real-time stations can get on the polling list in bounded time. Third, it employs dynamic bandwidth allocation scheme to support CBR/VBR transportation and provide per-flow probabilistic performance assurances. Forth, it adopts the novel mobile-assisted admission control technique such that the access point can admit as many newly flows as possible, while not violating admitted flows' guarantees. Simulation results do confirm that Q-PCF achieves high goodput and low frame delay dropped rate. Last but not least, we believe that the Q-PCF protocol can be easily applied to the current IEEE 802.11 products without major modifications.
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