A Defeasible Logic-Based Flexible Agent for Autonomic Computing

In the context of autonomic computing, by taking advantage of the non-monotonic knowledge representation and reasoning mechanisms of defeasible logic, a flexible Agent model is proposed, which is capable of accepting the real-time rule modifications, flexibly handling the run-time rule conflicts, and providing efficient non-monotonic reasoning functions. The flexible agent is both autonomous and controllable, and is able to cooperate with other Agents via contracts in an open and dynamic environment.

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