基于LWDF的多业务支持加权功率调度算法

Jianbin Chen, Lei Zhu, Qi-hui Wu, Zhixiang Shen
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引用次数: 3

摘要

对具有不同QoS要求的多媒体业务的需求不断增加,以及采用新的无线网络协议,如802.11和802.16,强调了对能够支持多业务的网络的需求。在最大加权延迟优先(LWDF)算法的基础上,提出了DS-LWDF (Differentiated Service-LWDF)算法,实现实时(RT)和非实时(NRT)业务之间的调度。此外,根据ACK帧的接收功率,在DS-LWDF算法的基础上,提出了加权差分服务函数WP-LWDF (Weighted power - lwdf)算法。在QualNet中的仿真结果表明,DS-LWDF算法和WP-LWDF算法都保证了NRT业务之间的吞吐量和公平性,同时显著降低了RT业务的时延。此外,WP-LWDF算法通过引入加权功率,在DS-LWDF算法的基础上对RT业务的时延和吞吐量性能进行了优化。
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Multi-services supporting weighted power scheduling algorithm based on LWDF
The increasing demand on multi-media services with very different QoS requirements and the employment of new wireless network protocols like 802.11 and 802.16, underscore the need for a network capable of supporting multi-services. Based on the LWDF (Largest Weighted Delay First) algorithm, DS-LWDF (Differentiated Service-LWDF) algorithm is proposed to realize the scheduling among RT (Real Time) and NRT (Non-Real Time) services. Moreover, according to the receive power of ACK frames, WP-LWDF (Weighted Power-LWDF) algorithm is proposed using a weighted differentiated-service function based on DS-LWDF algorithm. The simulation results in QualNet show that both DS-LWDF algorithm and WP-LWDF algorithm guarantee the throughput and fairness among NRT services while markedly reduce the delay of RT services. Furthermore, by introducing the weighted power, WP-LWDF algorithm optimizes the delay and throughput performance for RT services based on the DS-LWDF algorithm.
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