Building an effective situational picture requires the fusion of potentially heterogeneous information coming from multiple sources. In this work we propose the architecture of a Resource Management Module (RMM) meant to refine and optimize the performance of a multi-sensor fusion engine. Specifically, the RMM is designed to improve the performances of the tracking and classification tasks performed by the engine. Here, attention will be focused to assisting the tracking process taking into account the current state of things in the observed environment and the available contextual information.
Context-based Resource Management for a Fusion Engine
SNIDARO, Lauro;VISENTINI, Ingrid
2013-01-01
Abstract
Building an effective situational picture requires the fusion of potentially heterogeneous information coming from multiple sources. In this work we propose the architecture of a Resource Management Module (RMM) meant to refine and optimize the performance of a multi-sensor fusion engine. Specifically, the RMM is designed to improve the performances of the tracking and classification tasks performed by the engine. Here, attention will be focused to assisting the tracking process taking into account the current state of things in the observed environment and the available contextual information.File in questo prodotto:
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