The main idea behind the algorithm is a reduction of the state space. This is realized by decomposition. The problem size is reduced by considering each server ...

This paper provides a new approximation of the blocking probability of an overflow loss system consisting of a set of finite-buffer processor-sharing queues ...

An approximation method is presented that takes the burstiness of the overflow processes into account. This is achieved by assuming hyperexponential ...

We consider multi-class blocking systems in which jobs require a single processing step. There are groups of servers that can each serve a different subset ...

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Approximating multi-skill blocking systems by hyperexponential decomposition. GJ Franx, G Koole, A Pot. Performance Evaluation 63 (8), 799-824, 2006. 61, 2006.

Approximating multi-skill blocking systems by hyperexponential decomposition. GJ Franx, G Koole, A Pot. Performance Evaluation 63 (8), 799-824, 2006. 61, 2006.

Approximating multi-skill blocking systems by HyperExponential Decomposition. Performance Evaluation, 2006. BookmarkDownloadEditCompare citation rank.

Approximating multi-skill blocking systems by hyperexponential decomposition (with Geert Jan Franx and Auke Pot). Performance Evaluation 63:799-824, 2006 ...