2002Unpublished venueRequires access

A wireless fair scheduling algorithm for 1×EV-DO system

Jong Hun Rhee, Tae Hyung Kim, Dong Ku Kim

Open publisher page 16 citations

Abstract

A 1/spl times/EV-DO system adopts the dynamic data rate transmission technique to support an efficient data service with proportional fairness scheduler. Proportional fairness guarantees good throughput and channel sharing fairness but it does not address the fair scheduling of delay sensitive packet flows. We propose WFQ-PF which is composed of WFQ (weighted fair queuing) and a wireless fair packet service scheduler based on proportional fairness. Preliminary results on the proposed scheduler are given and we notice that this algorithm is an effective control on packet delay which is caused by location-dependent low throughput of a user.

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What this paper is about

A 1/spl times/EV-DO system adopts the dynamic data rate transmission technique to support an efficient data service with proportional fairness scheduler. Proportional fairness guarantees good throughput and channel sharing fairness but it does not address the fair scheduling of delay sensitive packet flows. We propose WFQ-PF which is composed of WFQ (weighted fair queuing) and a wireless fair packet service scheduler based on proportional fairness. Preliminary results on the proposed scheduler are given and we notice that this algorithm is an effective control on packet delay which is caused by location-dependent low throughput of a user.

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OpenAlex reports 16 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A 1/spl times/EV-DO system adopts the dynamic data rate transmission technique to support an efficient data service with proportional fairness scheduler. Proportional fairness guarantees good throughput and channel sharing fairness but it does not address the fair scheduling of delay sensitive packet flows. We propose WFQ-PF which is composed of WFQ (weighted fair queuing) and a wireless fair packet service scheduler based on proportional fairness. Preliminary results on the proposed scheduler are given and we notice that this algorithm is an effective control on packet delay which is caused by location-dependent low throughput of a user.

Key concepts: Weighted fair queueing, Proportionally fair, Fair queuing, Maximum throughput scheduling, Computer science, Fairness measure, Generalized processor sharing, Computer network

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