Roser_ESM04_Monitoring Bottlenecks in Dynamic DE Systems_Preprint

MONITORING BOTTLENECKS IN DYNAMIC DISCRETE EVENT SYSTEMS

The throughput of all discrete event systems is constrained by one or more bottlenecks. We recently developed a novel method to find the bottleneck in a discrete system and to return a quantitative measure of the bottleneck constraint. This shifting bottleneck detection method has now been expanded to monitor the bottlenecks for non-steady state and highly variable discrete event systems, allowing the user to monitor these running bottlenecks over time as the underlying system changes. This paper presents the method for monitoring these shifting bottlenecks over time. The method is an extension of the highly reliable shifting bottleneck detection method. This method uses a novel holistic approach to the analysis of discrete event system, analyzing not only the entities by itself but also the interactions between the entities. The paper includes an example to demonstrate the method.

File Name: Roser_ESM04_Monitoring-Bottlenecks-in-Dynamic-DE-Systems_Preprint.pdf
File type: pdf
File size: 92.98 KB
Date: February 9, 2015
SEO Title: MONITORING BOTTLENECKS IN DYNAMIC DISCRETE EVENT SYSTEMS
SEO Description: The throughput of all discrete event systems is constrained by one or more bottlenecks. We recently developed a novel method to find the bottleneck in a discrete system and to return a quantitative measure of the bottleneck constraint. This shifting bottleneck detection method has now been expanded to monitor the bottlenecks for non-steady state and highly variable discrete event systems, allowing the user to monitor these running bottlenecks over time as the underlying system changes. This paper presents the method for monitoring these shifting bottlenecks over time. The method is an extension of the highly reliable shifting bottleneck detection method. This method uses a novel holistic approach to the analysis of discrete event system, analyzing not only the entities by itself but also the interactions between the entities. The paper includes an example to demonstrate the method.
SEO Keywords: Discrete Event Systems, Bottleneck Detection, Short time Constraints.

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