
handle: 10044/1/95198
Agents situated in proactive environments are acting au-tonomously while the environment is evolving alongside, whether or not the agents carry out any particular actions. A formal framework for simulating and reasoning about this generalized kind of dynamic systems is proposed. The capabilities of the agents are modeled by a set of conditional rules in a temporal-logical format. The environment itself is modeled by an independent transition relation on the state space. The temporal language is given a declarative semantics.
agent programming, Logic in artificial intelligence, Other applications of logic, proactive environments, 004
agent programming, Logic in artificial intelligence, Other applications of logic, proactive environments, 004
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