| J. Pereira, L. Rodrigues, and R. Oliveira. Reducing the cost of group communication with semantic view synchrony. In Proceedings of the IEEE International Conference on Distributed Systems and Networks, June 2002. |
....Scale requirements are fulfilled because of the freedom of the designer to select the adequate semantics for each group. These conjectures were validated by several of the algorithms and protocols developed (## [39] Recent protocols exploit semantics in an even more sophisticated way[28]. 3.3 Fault and Synchrony Model Formalizing, we assume a system model where a set # of participants noted # # # ### exchange messages relying on the respective sites # # ## # # ###. Sites are interconnected by a communication network and execute communication protocols on behalf of the ....
J. Pereira, L. Rodrigues, and R. Oliveira. Reducing the cost of group communication with semantic view synchrony. In Proceedings of the International Conference on Dependable Systems and Networks, Washington, USA, June 2002, to appear. IEEE Computer Society.
....of an atomic broadcast for each update transaction. The advantages of these abstractions have been illustrated by several projects on database replication over local area networks [23, 19] To achieve the same advantages in large scale networks these basic abstractions may need to be augmented [1, 30, 39]. In the following section we will give two di erent examples of this approach. 3 New Abstractions In the previous section we have identi ed some useful abstractions to support data replication. In this section we discuss the adaptation of two of these abstractions, more speci cally, of ....
....reliability when no message is made obsolete by any other message. The usage of semantic reliability assumes that the application is able to label the messages to express the obsolescence relation. A description of di erent techniques to capture and express obsolescence relations is given in [30]. 3.2 Optimistic Total Order We now give another example of an adaptation of a basic abstraction to create a more powerful, and ecient, new abstraction. This new abstraction, called optimistic total order [27] has been proposed to address the performance limitations of totally ordered multicast ....
[Article contains additional citation context not shown here]
J. Pereira, L. Rodrigues, and R. Oliveira. Reducing the cost of group communication with semantic view synchrony. In Proceedings of the International Conference on Dependable Systems and Networks (DSN), pages 293-302, Washington (DC), USA, June 2002.
....of an atomic broadcast for each update transaction. The advantages of these abstractions have been illustrated by several projects on database replication over local area networks [23, 19] To achieve the same advantages in large scale networks these basic abstractions may need to be augmented [1, 30, 39]. In the following section we will give two di#erent examples of this approach. 3 New Abstractions In the previous section we have identified some useful abstractions to support data replication. In this section we discuss the adaptation of two of these abstractions, more specifically, of ....
....reliability when no message is made obsolete by any other message. The usage of semantic reliability assumes that the application is able to label the messages to express the obsolescence relation. A description of di#erent techniques to capture and express obsolescence relations is given in [30]. 3.2 Optimistic Total Order We now give another example of an adaptation of a basic abstraction to create a more powerful, and e#cient, new abstraction. This new abstraction, called optimistic total order [27] has been proposed to address the performance limitations of totally ordered multicast ....
[Article contains additional citation context not shown here]
J. Pereira, L. Rodrigues, and R. Oliveira. Reducing the cost of group communication with semantic view synchrony. In Proceedings of the International Conference on Dependable Systems and Networks (DSN), pages 293--302, Washington (DC), USA, June 2002.
No context found.
J. Pereira, L. Rodrigues, and R. Oliveira. Reducing the cost of group communication with semantic view synchrony. In Proceedings of the IEEE International Conference on Distributed Systems and Networks, June 2002.
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