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In this paper we have adopted an agent approach for traffic light control. According to this approach, our system consists of agents and their world. In the traffic context, the world consists of cars, road networks, traffic lights, etc. Each of these agents controls all traffic lights at a road junction by an observe-think-act cycle. That is, the agent(More)
—In this paper we propose a multi-agent approach for traffic-light control. According to this approach, our system consists of agents and their world. In this context, the world consists of cars, road networks, traffic lights, etc. Each of these agents controls all traffic lights at one road junction by an observe-think-act cycle. That is, each agent(More)
A recent development of a Semantic Web language is OWL 2, an extension of OWL. So far OWL 2 has been designed by W3C as the language for representing a web ontology. Earlier we have developed a meta-logical approach for reasoning with Semantic Web ontologies expressed in OWL [6], with the new extension-OWL 2, in this paper we shall extend our previous work(More)
We propose that Pragmatist, a logical program debugger developed in [1] is a rational agent. Like a scientist or precisely a rational agent, Pragmatist applies scientific method for diagnosing and potentially correcting errors in its belief, which is a logic program supplied by the programmer, in order to attain an error-free belief with respect to an(More)
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