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Highly-Parallel VLSI-Systems and Neuromorphic Circuits

Welcome on the website of the Chair of Highly-Parallel VLSI-Systems and Neuromorphic Circuits.

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Research Topics

  • Design of parallel mixed-signal VLSI circuits and systems
  • Modeling and implementation of biological inspired micro electronic systems
  • CMOS image sensors with signal processing (Vision Chips und Seeing Silicon)
  • Mixed signal design methodology
  • Development of methods for the design of parallel systems

Research Projects

  • The BrainScaleS Projekt - Brain-inspired multiscale Computation in neuromorphic hybrid Systems (EU Project FP7-IST-FET)
    Project Homepage (Kirchhoff-Institut for Physics, Ruprecht-Karls-University of Heidelberg)
  • FACETS-ITN Project - Marie Curie Initial Training Network (Graduate College, EU-FP7-ICT-FET)
  • CoroNet Project - Coupling Activity Dynamics across biomimetic Brain Interfaces with neuromorphic VLSI (EU Project FP7-IST-FET)
  • CoolBaseStations - Energie efficient High-Speed On-Chip Datalinks and innovative Power-Management Techniques for MPSoCs
    (Teilvorhaben des CoolBaseStations Projektes im Rahmen der Spitzencluster-Initiative CoolSilicon)
  • SyEnA - Design of analog Circuits supported by Synthesis (BMBF-Project)

Finished Research Projects

Study

last update February 21th 2013 - 12:39

Contact
Technische Universität Dresden
Institute of Circuits and Systems


Prof. Dr.-Ing. habil.
René Schüffny

Tel.: +49 351 463 34586
FAX: +49 351 463 37794
Rene.Schueffny@tu-dresden.de


Visitors:
Helmholtzstr. 18
Barkhausenbau
Room BAR 221/222

01069 Dresden

Mail to:
Technische Universität Dresden
Faculty of Electrical Engineering and Information Technology
Institute of Circuits and Systems

01062 Dresden

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