| Schmidt, D.C., "The ACE Object-Oriented Encapsulation of Light Weight Concurrency Mechanisms", 1995. Kendall, Pathak, Murali Krishna and Suresh, "The Layered Agent Pattern Language" 17 |
..... An agent may have various interface, implementation and synchronization policies that are not dependent on one another. Operating system behavior for thread management must be encapsulated. Solution: Figure 3 is an OMT diagram based upon the Active Object pattern [16] and the ACE toolkit [19] that address synchronization and concurrency. Four objects appear in the Active Object pattern: the Client Interface, the Scheduler, the Resource, and the Activation Queue. The Client Interface provides the interface to all clients. The invocation of a method triggers the construction of a Method ....
Schmidt, D.C., "The ACE Object-Oriented Encapsulation of Light Weight Concurrency Mechanisms", 1995.
No context found.
Schmidt, D.C., "The ACE Object-Oriented Encapsulation of Light Weight Concurrency Mechanisms", 1995. Kendall, Pathak, Murali Krishna and Suresh, "The Layered Agent Pattern Language" 17
No context found.
Schmidt, D. C., "The ACE Object- Oriented Encapsulation of Lightweight Concurrency Mechanisms", 1995.
No context found.
Schmidt, D. C., "The ACE Object- Oriented Encapsulation of Lightweight Concurrency Mechanisms", 1995.
No context found.
Schmidt, D.C., "The ACE Object-Oriented Encapsulation of Light Weight Concurrency Mechanisms", 1995.
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