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A hybrid model and measurement based connection admission control and bandwidth allocation scheme for ATM networks

机译:基于混合模型和测量的ATM网络连接准入控制和带宽分配方案

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We extend the earlier work of Ramamurthy and Ren (see IEEE INFOCOM'97, 1997) and develop a dynamic connection admission control (CAC) scheme that supports cell loss requirements. The CAC algorithm explicitly computes the equivalent bandwidth required to support each class of connections based on on-line observations of aggregate traffic statistics as well as the declared parameters. We use Gaussian and diffusion approximations to characterize the aggregate traffic stream. Through careful analysis and collection of statistics, we derive simple closed-form formulas to estimate the equivalent bandwidth in real time. We validate the proposed algorithms for various VBR traffic profiles and show that the system utilization can be substantially improved by appropriately combining traffic characteristics deduced from the declared parameters and traffic measurements.
机译:我们扩展了Ramamurthy和Ren的早期工作(请参阅IEEE INFOCOM'97,1997),并开发了一种动态连接允许控制(CAC)方案来支持信元丢失要求。 CAC算法基于对聚合流量统计信息以及声明的参数的在线观察,显式计算支持每种连接类别所需的等效带宽。我们使用高斯和扩散近似来表征总交通流。通过仔细的分析和统计信息的收集,我们导出了简单的封闭式公式,以实时估算等效带宽。我们验证了各种VBR流量配置文件的建议算法,并表明可以通过适当组合从声明的参数和流量测量结果推导出的流量特性来显着提高系统利用率。

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