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DIRAC: Detection and identification of rare audio-visual events

: Anemüller, J.; Caputo, B.; Hermansky, H.; Ohl, F.W.; Pajdla, T.; Pavel, M.; Gool, L. van; Vogels, R.; Wabnik, S.; Weinshall, D.


Weinshall, D.:
Detection and identification of rare audiovisual cues
Berlin: Springer, 2012 (Studies in computational intelligence 384)
ISBN: 978-3-642-24033-1
ISBN: 3-642-24033-X
ISBN: 978-3-642-24034-8
ISSN: 1860-949X
Book Article
Fraunhofer IDMT ()

The DIRAC project was an integrated project that was carried out between January 1st 2006 and December 31st 2010. It was funded by the European Commission within the Sixth Framework Research Programme (FP6) under contract number IST-027787. Ten partners joined forces to investigate the concept of rare events in machine and cognitive systems, and developed multi-modal technology to identify such events and deal with them in audio-visual applications.
This document summarizes the project and its achievements. In Section 2 we present the research and engineering problem that the project set out to tackle, and discuss why we believe that advance made on solving these problems will get us closer to achieving the general objective of building artificial cognitive system with cognitive capabilities. We describe the approach taken to solving the problem, detailing the theoretical framework we came up with. We further describe how the inter-disciplinary nature of our research and evidence collected from biological and cognitive systems gave us the necessary insights and support for the proposed approach. In Section 3 we describe our efforts towards system design that follow the principles identified in our theoretical investigation. In Section 4 we describe a variety of algorithms we have developed in the context of different applications, to implement the theoretical framework described in Section 2. In Section 5 we describe algorithmic progress on a variety of questions that concern the learning of those rare events as defined in our Section 2. Finally, in Section 6 we describe our application scenarios, an integrated test-bed developed to test our algorithms in an integrated way.