作者: Iddo Eliazar
DOI: 10.1007/S11134-006-9005-6
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摘要: We explore M/G/∞ systems 'fed' by Poissonian inflows with infinite arrival rates. Three processes --- corresponding to the system's state, workload, and queue-size are studied analyzed. Closed form formulae characterizing stationary structure correlation derived. And, issues of queue finiteness, workload summability, Long Range Dependence investigated. We then turn devise a 'reverse engineering' scheme for design structure. Namely: how construct an system pre-desired 'target' workload/queue auto-covariance function. The is applied various examples, including ones queues non-summable workloads.