Abstract :
Current research in ontology-driven publish/subscribe brokers presupposes that the semantics of events tags along with it, rendering it inapplicable to traditional models. Herein, we explore a non-intrusive modus operandi that relies on overlaying agents across a network of potentially heterogeneous brokers. Firstly, we define a minimalist reference model in terms of topic maps of interesting subjects. Secondly, we create domain-specific agents to eavesdrop on events in such broker models as WS-N, JMS, XMPP, DDS and AMQP. Thirdly, we assemble a topic maps of multi- agents that associates brokers having related subjects topic maps, or abstractions thereof. Finally, a workflow conceptualizes subjects of inbound-events as per its topic maps, finds compatible subjects in the same or other domains reachable from the agents topic maps, taking care to avoid redundant events, and mediates the content into publishable outbound-events. In addition, content-based routing checks may be performed if subscription metadata is available.
Keywords :
Java; Web services; message passing; meta data; middleware; multi-agent systems; ontologies (artificial intelligence); AMQP; DDS; JMS; WS-N; XMPP; content-based routing; message passing; metadata; minimalist reference model; multiagent system; nonintegrated nonliteral notion; nonintrusive modus operandi; ontology-driven publish/subscribe broker; Assembly; Bridges; Computational intelligence; Computational modeling; Intelligent agent; Ontologies; Routing; Subscriptions; Thumb; Vocabulary;
Conference_Titel :
Computational Intelligence for Modelling, Control and Automation, 2006 and International Conference on Intelligent Agents, Web Technologies and Internet Commerce, International Conference on