| M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999, pp. 112-119. |
....for example, in order to support passive replication, some form of state transfer facility would have to be implemented. We have shown elsewhere how a subsystem for replication of transactional objects (that itself uses the CORBA transaction service) can make use of the object group service [16]. Although not a CORBA service, the system described in [17] is worth mentioning. The paper describes a client access protocol for invoking object replicas, without the need for the client to use multicasts. We obtain the same functionality by making use of one clusive groups. 5. PERFORMANCE ....
M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", Proc. of IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999.
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M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999, pp. 112-119.
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M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999, pp. 112-119.
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M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", Proc. of IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999.
No context found.
M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999, pp. 112-119.
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M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", Proc. of IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999.
....scheme for the exploitation of process groups is depicted in fig. 6; here Gb is the group for managing the transactional binding service and Gs (i. k) are the server groups that are created on demand as discussed earlier. We have designed a toolkit for CORBA with the above architecture in mind [26]. The default implementation supports pure transaction approach discussed in section 3. Our toolkit has all the necessary hooks for exploiting the services of a process group, such as a CORBA group service [12, 13] enabling a client (more precisely, a client proxy) to invoke a group using group ....
M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999.
....system, OTSArjuna, with replication. The OTSArjuna model for building transactional applications exploits object oriented techniques to present programmers with a toolkit of classes from which application classes can inherit to obtain desired properties, such as persistence and concurrency control [7,8]. Each class is concerned with a single functionality, and these classes form a hierarchy, part of which is shown in Figure 8. StateManager LockManager AtomicAction Lock User classes Figure 8: OTSArjuna class hierarchy. StateManager is the class responsible for naming, persistence and ....
M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", IEEE Workshop on Internet Applications, WIAPP'99, San Jose, July 1999.
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M. C. Little and S. K. Shrivastava. Implementing high availability CORBA applications with Java. In Proceedings of the IEEE Workshop on Internet Applications, pages 112--119, San Jose, CA, July 1999.
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M.C. Little and S K Shrivastava, "Implementing high availability CORBA applications with Java", Proc. of IEEE Workshop on Internet Applications, WIAPP' 99, San Jose, July 1999.
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