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Wireless Broadband Network like the standardized IEEE 802.16, popularly referred to as WiMAX is known for its differentiation of Quality-of-Service (QoS) feature based on the traffic requirement. However the QoS differentiation process is often unfair especially to traffic classes which do not require high QoS. Such traffic classes are often starved to the extent that they experience extremely low throughput. In this paper, the authors look into a scheduling algorithm for providing QoS in Wireless Broadband Networks which alleviates this unfairness. The algorithm implements two queuing theory principles - Earliest Deadline First (EDF) and Weighted Fair Queuing (WFQ) to assure QoS to various classes of traffic.
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