Fairness of Bandwidth Allocation in Broadband Networks - Chen, Yen-Jen
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Fair Queueing and Rate-based Congestion Control are significant in supporting circuit mode and controlled-load services, respectively. The common design issue for them is the fairness of bandwidth allocation, making good separation between circuit mode applications and prevents the arguments of unfairness from packet mode applications. Based on Fair Queueing, Bounded Tag Fair Queueing (BTFQ) is proposed, performing better in bounded unfairness, bounded delay, and computation efficiency. Based on Rate-based Congestion Control, Weighted Max-min Fairness with Queue Control (WMFQC) is proposed. It…mehr

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Produktbeschreibung
Fair Queueing and Rate-based Congestion Control are significant in supporting circuit mode and controlled-load services, respectively. The common design issue for them is the fairness of bandwidth allocation, making good separation between circuit mode applications and prevents the arguments of unfairness from packet mode applications. Based on Fair Queueing, Bounded Tag Fair Queueing (BTFQ) is proposed, performing better in bounded unfairness, bounded delay, and computation efficiency. Based on Rate-based Congestion Control, Weighted Max-min Fairness with Queue Control (WMFQC) is proposed. It guarantees minimum rates of flows and distributes the available bandwidth fairly to flows quickly.
Autorenporträt
Yen-Jen Chen was born in Taiwan. He received the Ph.D. degrees in CSIE in 2000 from National Chiao Tung Uni. in Taiwan. Now, he is an assistant professor in Dept. of Elec. Eng. of Ming Chi Uni. of Tech. His research interests include traffic engineering, Internet of things, and cloud virtualization.