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Directorate-General for Communications Networks, Content and Technology

Directorate-General for Communications Networks, Content and Technology. Future and Emerging Technologies INNOVATION WORKSHOP Exploitation of Neuromorphic Computing (NMC) Technologies Julian Ellis 3 February 2017. Neuromorphic research has long been funded in FET. FET Open FET Proactive

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Directorate-General for Communications Networks, Content and Technology

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  1. Directorate-General for Communications Networks, Content and Technology Future and Emerging Technologies INNOVATION WORKSHOP Exploitation of Neuromorphic Computing (NMC) Technologies Julian Ellis 3 February 2017

  2. Neuromorphic research has long been funded in FET • FET Open • FET Proactive • LPS (FP5); Bio-I3 (FP6) • Bio-ICT, Brain-ICT, NBIS, EVLIT (FP7) • FETFlagships (HBP) • Good example of interdisciplinary research • Few FET projects focus only on NMC • Many FET projects include NMC work in Annex 1

  3. Role of NMC in FET projects • Check models of information processing in the brain • Electrical interfaces to neurons (PNS/CNS/in vitro) • Machine vision systems • New information processing systems (eg learning)

  4. NMC for validating models • SENSEMAKER (FP5)Martin McGinnity, U. Ulster, UK • DAISY (FP6), SECO (FP7) Henry Kennedy, INSERM, FR • FACETS (FP6), BRAINSCALES (FP7) KarlheinzMeier, U. Heidelberg, DE • SI-ELEGANS (FP7)Axel Blau, IIT, IT • HBP (H2020) EPFL, CH These projects developed neuromorphic VLSI systems to test hypotheses from neuroscience experimentsand gain insight into using ("programming") NMC.

  5. NMC for interfacing to neurons • CORONET (FP7)Jochen Braun, U. Magdeburg, DE • RAMP (FP7) Stefano Vassanelli, U. Padova, IT • NEBIAS (FP7)Silvestro Micera, SSSA, IT • SI-CODE (FP7)Stefano Panzeri, IIT, IT • BRAINBOW (FP7)MichelaChiappalone, IIT, IT These projects developed neuromorphic interfaces to natural neurons

  6. NMC for machine vision • CAVIAR (FP5)Bernabé Linares-Barranco, IMSE, ES • EMORPH (FP7) Chiara Bartolozzi, IIT, IT • SEEBETTER (FP7)David San Segundo Bello, IMEC, BE • VISUALISE (FP7)Martin McGinnity, U. Ulster, UK New low power high performance vision sensors • SCANDLE (FP7-ICT) – sound processing Sue Denham, U. Plymouth, UK

  7. NMC for machine learning • ALAVLSI (FP5)Jochen Braun, U. Magdeburg, DE • Brain-I-NETS (FP7) Wolfgang Maas, TU Graz, AT • NEURAM3 (H2020 - LEIT)Carlo Reiter, CEA, FR New ways of processing information

  8. Thank you for your attention! Any questions?

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