Abstract: A complex event processing system and method of operation are disclosed. The system includes, in one example, a monitor configured to detect, from measurements received from one or more data streams, observations relating to the measurements, and interpretations of the observations, a plurality, an occurrence of an event, and a state transition engine configured to receive the event and, based at least in part on the event, determine a current state of a particular entity of a dynamic system based on a state model as well as a next state of the particular entity to which the state model should transition, wherein the particular entity of the dynamic system is associated with the event.

Abstract: A complex event processing system includes a complex event processing engine configured to detect one or more events across a plurality of data sources and provide a corrective action. The complex event processing system further includes an ontology repository in communication with the complex event processing engine, the ontology repository being configured to receive a first semantic query from the complex event processing engine. The complex event processing system also includes an enterprise integration pattern library in communication with the complex event processing engine, the enterprise integration pattern library being configured to receive a second semantic query from the complex event processing engine.