Using a Packet Switch for Circuit-Switched Traffic: A Queueing System with Periodic Input Traffic

Mark J. Karol; Michael G. Hluchyj

doi:10.1109/26.31146

Using a Packet Switch for Circuit-Switched Traffic: A Queueing System with Periodic Input Traffic

Mark J. Karol, Michael G. Hluchyj

Computer Information Systems

Motorola

Research output: Contribution to journal › Article › peer-review

12 Scopus citations

Abstract

We consider the effects of time-multiplexed stream traffic on the performance of a store-and-forward packet switch. Substantially reducing the amount of buffering in the switch results in only a small probability that an existing circuit will be disrupted during the length of its connection. For example, with a circuit-switched frame of length 1000 and 100 percent loading, reducing the buffer size from 999 packets to 83 results in only a 10-6 circuit disruption probability.

Original language	English
Pages (from-to)	623-625
Number of pages	3
Journal	IEEE Transactions on Communications
Volume	37
Issue number	6
DOIs	https://doi.org/10.1109/26.31146
State	Published - Jun 1989

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title = "Using a Packet Switch for Circuit-Switched Traffic: A Queueing System with Periodic Input Traffic",

abstract = "We consider the effects of time-multiplexed stream traffic on the performance of a store-and-forward packet switch. Substantially reducing the amount of buffering in the switch results in only a small probability that an existing circuit will be disrupted during the length of its connection. For example, with a circuit-switched frame of length 1000 and 100 percent loading, reducing the buffer size from 999 packets to 83 results in only a 10-6 circuit disruption probability.",

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AB - We consider the effects of time-multiplexed stream traffic on the performance of a store-and-forward packet switch. Substantially reducing the amount of buffering in the switch results in only a small probability that an existing circuit will be disrupted during the length of its connection. For example, with a circuit-switched frame of length 1000 and 100 percent loading, reducing the buffer size from 999 packets to 83 results in only a 10-6 circuit disruption probability.

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Using a Packet Switch for Circuit-Switched Traffic: A Queueing System with Periodic Input Traffic

Abstract

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