Publication | Closed Access
Combining ship trajectories and semantics with the simple event model (SEM)
37
Citations
14
References
2009
Year
Unknown Venue
Artificial IntelligenceEngineeringShip ManeuveringEvent CorrelationIntelligent SystemsSemanticsSemantic WebMaritime SafetyNaval ArchitectureNatural Language ProcessingData ScienceSemantic ApproachComplex Event ProcessingComputational LinguisticsLogisticsSystems EngineeringLanguage StudiesEvent ProcessingDeduction RulesDutch Poseidon ProjectKnowledge DiscoverySimple Event ModelComputer ScienceSemantic ReasonerVessel Traffic ServiceAutomated ReasoningShip TrajectoriesMaritime AccidentLinguisticsData Modeling
Bridging the gap between low-level features and semantics is a problem commonly acknowledged in the Multimedia community. Event modeling can fill the gap. In this paper we present the Simple Event Model (SEM) and its application in a Maritime Safety and Security use case about Situational Awareness. We show how we abstract over low-level features, recognize simple behavior events using a Piecewise Linear Segmentation algorithm, and model the events as instances of SEM. We apply deduction rules, spatial proximity reasoning, and semantic web reasoning in SWI-Prolog to derive abstract events from the recognized simple events. The use case described in this paper come from the Dutch Poseidon project.
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