Dynamic L2 Distribution based on Connection Priority for Enhanced Bandwidth Utilization

Tomoya Hatano, Yasunobu Kasahara, Shinichi Yoshihara, Toshiyuki Iwata, K. Kumozaki, Yoichi Maeda
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引用次数: 5

Abstract

Link aggregation, which was standardized by the IEEE 802.3ad Working Group, is the bonding of two or more links into a single link that appears as a single, higher-bandwidth logical link. In this paper, we propose Dynamic L2 distribution, which distributes the traffic among links according to the traffic situation and the connection priority in order to better utilize link bandwidth and to protect high priority traffic. Dynamic L2 distribution is designed to avoid link change of high priority traffic, minimize the number of link changeovers and equalize the number of link changeovers among low priority connections. To maximize efficiency, we consider and simulate the relation between bandwidth utilization and the control parameters of Dynamic L2 distribution
基于连接优先级的动态L2分配,提高带宽利用率
链路聚合是由IEEE 802.3ad工作组标准化的,它是将两条或多条链路绑定成一条链路,显示为一条单一的、更高带宽的逻辑链路。为了更好地利用链路带宽,保护高优先级的流量,本文提出了动态L2分布,根据流量情况和连接优先级在链路之间进行流量分配。动态L2分配的目的是避免高优先级流量的链路变化,使链路转换次数最小化,使低优先级连接之间的链路转换次数均衡。为了最大限度地提高效率,我们考虑并模拟了带宽利用率与动态L2分布控制参数之间的关系
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