| Document Date: 2010-01-15 05:37:37
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City E. Port / Feedback / / Company IEEE Authorized / Authorized / Cisco / / Currency USD / / / Facility The University of Hong Kong / University of Hong Kong / port Therefore / IEEE/ACM TRANSACTIONS ON NETWORKING port / / IndustryTerm Internet traffic / feedback-based scheduling algorithms / representative algorithms / arbitrary workconserving scheduling algorithms / work-conserving scheduling algorithm / distributed and iterative scheduling algorithm / proposed scheduling algorithms / fluid model solution / iSLIP algorithm / model solution / port-based scheduling algorithms / switch hardware / maximum weight matching algorithm / / Organization Department of Electrical and Electronic Engineering / University of Hong Kong / Hong Kong / / Position port scheduler / guard / input port scheduler / NETWORKING Editor / round-robin scheduler / input port batch scheduler / LQF batch scheduler / representative / centralized scheduler / scheduler / local batch scheduler / LQF batch scheduler at input port / work-conserving scheduler / / ProvinceOrState Ontario / / Technology arbitrary workconserving scheduling algorithms / maximum weight matching algorithm / iSLIP algorithm / feedback-based scheduling algorithms / 3-D / load balancing / port-based scheduling algorithms / suboptimal LQF algorithm / high-speed routers / proposed scheduling algorithms / UFS algorithm / work-conserving scheduling algorithm / CR algorithms / Simulation / representative algorithms / scheduling algorithm / CR algorithm / distributed and iterative scheduling algorithm / Digital Object Identifier / Three scheduling algorithms / scheduling algorithms / / URL http /
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This article has been accepted for inclusion in a future issue of this journal. Content is final as presented, with the exception of pagination. IEEE/ACM TRANSACTIONS ON NETWORKING 1 Feedback-Based Scheduling for Load-B