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A Comparison of Consistency Control Protocols
Michael Goldweber, Donald B. Johnson, Larry Raab
Dartmouth PCS-TR89-142


In this paper we analyze three protocols for maintaining the mutual consistency of replicated objects in a distributed computing environment and compare their performance with that of an oracle protocol whose performance is optimal. We examine these protocols, two dynamic protocols and the majority consensus protocol, via simulations using two measures of availability. The analysis shows that the dynamic protocols, under realistic assumptions, do not perform significantly better than the static voting scheme. Finally we demonstrate that none of these approaches perform as well as our oracle protocol which is shown to be an upper bound on availability.

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   Michael Goldweber, Donald B. Johnson, and Larry Raab, "A Comparison of Consistency Control Protocols." Dartmouth Computer Science Technical Report PCS-TR89-142, 1989.

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