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Packet timed token service discipline: a scheduling algorithm based on the dual-class paradigm for providing QoS in integrated services networks

机译:分组定时令牌服务学科:基于双分类范例的调度算法,用于在集成服务网络中提供QoS

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摘要

Integrated services networks face the challenge of managing several traffic classes at the same time. Service disci- plines devised for integrated services networks therefore need to be flexible, i. e. able to provide different types of service, in order to accommodate different traffic classes efficiently. In this paper we focus on the integration of rate-guaranteed and best-effort traffic, and we argue that service disciplines based on the generalized processor sharing paradigm, which schedule flows according to their weights, lack the flexibility needed to efficiently manage both classes at the same time.
机译:集成服务网络面临着同时管理多个流量类别的挑战。因此,为集成服务网络设计的服务准则需要灵活,即e。能够提供不同类型的服务,以便有效地适应不同的流量类别。在本文中,我们专注于速率保证流量和尽力而为流量的集成,并且我们认为基于广义处理器共享范式(根据流量的权重来调度流量)的服务规则缺乏有效管理两个级别的类所需的灵活性。同一时间。

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