| I. Keidar and R. Khazan. A virtually synchronous group multicast algorithm for wans: Formal approach, 2002. |
....material published in [61, 62] We employ this formalism for modeling and verifying our GCS design. The second part covers our design of the Virtually Synchronous Group Communication service; it constitutes the main part of the dissertation. Chapters 4 8 are based on the material published in [59, 60]. In Chapter 4 we present the client server architecture of our GCS and formally specify the assumptions we make on the membership service and the underlying communication substrate. Chapter 5 contains precise specifications of the safety and liveness properties satisfied by our GCS. The ....
....will have important, practical implications. 49 50 Part II Group Communication Service 51 This part of the dissertation contains our design of the Virtually Synchronous Group Communication service targeted for wide area networks. Chapters 4 8 are based on the material published in [59, 60]. In Chapter 4 we present the client server architecture of our GCS and formally specify the assumptions we make on the membership service and the underlying communication substrate. Chapter 5 contains precise specifications of the safety and liveness properties satisfied by our GCS. The ....
Idit Keidar and Roger Khazan. A virtually synchronous group multicast algorithm for WANs: Formal approach. SIAM Journal on Computing, 2002. To appear.
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Idit Keidar and Roger Khazan, "A virtually synchronous group multicast algorithm for WANs: Formal approach," SIAM Journal on Computing, vol. 32, no. 1, pp. 78--130, November 2002.
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I. Keidar and R. Khazan. A virtually synchronous group multicast algorithm for wans: Formal approach, 2002.
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