大规模高速综合网络中的流量分析:节点分解方法的验证

W. Lau, San-qi Li
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引用次数: 39

摘要

确定了将节点分解应用于全网多媒体流量分析的条件。通过对网络节点输出端的单个偏离源特性和源间相互关系的广泛仿真研究,验证了节点分解方法适用于大规模高速集成网络。考虑了将单个源建模为各种双状态/多状态马尔可夫调制过程的同质和异构流量环境。通过应用经过验证的节点分解方法,对多媒体网络的整体性能分析问题变得容易处理。每个ATM节点由一个具有无限缓冲区的队列和一个确定性服务器来建模。
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Traffic analysis in large-scale high-speed integrated networks: validation of nodal decomposition approach
The conditions under which nodal decomposition can be applied for networkwide, multimedia traffic analysis are determined. Through extensive simulation studies of individual departure source characteristics and intersource cross-correlation at the output side of a network node, the nodal decomposition approach is validated for large-scale high-speed, integrated networks. Both homogeneous and heterogeneous traffic environments in which individual sources are modeled as various two-state/multiple-state Markov-modulated processes are considered. By applying the validated nodal decomposition approach, the problem of analyzing the performance of a multimedia network as a whole becomes tractable. Each ATM node is modeled by a queue with infinite buffers and a deterministic server.<>
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