{center}
{flash:file=Architecture^soceda_architecture.swf|width=581px|height=486px}
{center}Several CEP (Complex Event Processing) engines have emerged from the growth of event processing in general. All those engines have a common goal of enabling event-driven processes and applications that react to single and to a composition of events, occurring at different times and within different contexts. However, the volume of heterogeneous information could grow rapidly and require urgent processing, taking into account the critical dependencies between actions. One key solution is to enable the cooperation of different CEP engines in order to share the management of the event-oriented system. Within the scope of SocEDA project, we propose a new framework called DiCEPE (Distributed CEP Engine)
the DiCEPE allows the federation of distributed CEP engines that can deal with the heterogeneity of the event’s sources and communication protocols, address scalability, provide the means to hierarchically control, and adapt the rules of the different CEP engines in the distributed environment. This approach will allow a domain-specific engine to be managed by the experts of the domain, while providing at the same time a way to create collaborations among different domains.
{flash:file=Architecture^soceda_architecture.swf|width=581px|height=486px}
{center}Several CEP (Complex Event Processing) engines have emerged from the growth of event processing in general. All those engines have a common goal of enabling event-driven processes and applications that react to single and to a composition of events, occurring at different times and within different contexts. However, the volume of heterogeneous information could grow rapidly and require urgent processing, taking into account the critical dependencies between actions. One key solution is to enable the cooperation of different CEP engines in order to share the management of the event-oriented system. Within the scope of SocEDA project, we propose a new framework called DiCEPE (Distributed CEP Engine)
the DiCEPE allows the federation of distributed CEP engines that can deal with the heterogeneity of the event’s sources and communication protocols, address scalability, provide the means to hierarchically control, and adapt the rules of the different CEP engines in the distributed environment. This approach will allow a domain-specific engine to be managed by the experts of the domain, while providing at the same time a way to create collaborations among different domains.