Performance modeling of rule-based architectures as discrete-time quasi birth-death processes

This paper deals with the examination and mathematical modeling of rule-based systems and list topologies applied in software architectures as well as in hardware solutions. In our investigation we focus on telecommunication applications utilizing list topologies. We introduce quasi birth-death proc...

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Hauptverfasser: Palugyai, S., Csorba, M.J.
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description This paper deals with the examination and mathematical modeling of rule-based systems and list topologies applied in software architectures as well as in hardware solutions. In our investigation we focus on telecommunication applications utilizing list topologies. We introduce quasi birth-death processes as the mathematical formalism behind our models. Besides, we extend the simple model of list topologies with respect to the input and output interfaces of the implementation. Furthermore, we present our model on the example of access control lists applied in IP routers and we show results that can be derived from the model
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subjects Access control
Application software
Communication system traffic control
Data structures
Hardware
Mathematical model
Software architecture
TCPIP
Topology
Traffic control
title Performance modeling of rule-based architectures as discrete-time quasi birth-death processes
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