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Status reporting versus non status reporting dynamic bandwidth allocation

机译:状态报告与非状态报告动态带宽分配

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Optical access technologies allow service providers to propose high bandwidth services in both directions (upstream and downstream) and thus to develop values added services. Passive Optical Network (PON) technologies offer, in the upstream, a controlled access to a shared media. Dedicated control mechanisms to the upstream channel have been proposed by ITU-T for Gigabit-capable Passive Optical Network (G-PON) and 10 Gigabit-capable Passive Optical Network (XG-PON1). Such mechanisms rely on Dynamic Bandwidth Allocation (DBA) procedures that manage bandwidth allocation according to customers requirements. This paper focuses on comparing two such DBA algorithms: Status Reporting (SR) in which the customer explicitly reports its backlog, and Non Status Reporting (NSR) in which the Optical Line Termination (OLT) infers customers' requirements by assessing how previously allocated resources were used. We develop several models in order to illustrate the respective performances of SR and NSR.
机译:光接入技术允许服务提供商在两个方向(上游和下游)建议高带宽服务,从而开发增值服务。无源光网络(PON)技术在上游提供了对共享媒体的受控访问。 ITU-T已经针对具有千兆比特能力的无源光网络(G-PON)和具有10千兆比特能力的无源光网络(XG-PON1)提出了针对上行信道的专用控制机制。这种机制依赖于动态带宽分配(DBA)程序,该程序根据客户要求管理带宽分配。本文着重比较两种这样的DBA算法:状态报告(SR),其中客户显式报告其积压工作;非状态报告(NSR),其中光线路终端(OLT)通过评估先前分配的资源来推断客户的需求被使用。为了说明SR和NSR的各自性能,我们开发了几种模型。

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