Research areas

     Artificial intelligence, Neuromorphic neural networks, Hardware Neural Networks, Embedded systems, Digital reconfigurable devices, Processor architectures, Hardware-software co-design, Multi-core systems, SoC,  VLSI systems, RISC microprocessor design using FPGA circuits.

If you are interested on any of the research projects listed below, just send me an email.
Posted by Bakó László on November 12, 2010.

Research projects - Project manager


  1. Adaptive systems based on neuromorphic artificial neural networks. Implemetations on digital reconfigurable devices. (Sisteme adaptive cu reţele neurale artificiale neuromorfe. Realizări cu dispozitive hardware reconfigurabile), The National University Research Council of the Romanian Ministry of Education and Research, CNCSIS-UEFISCSU Grant TD84/2008, 2008-2009.

  2. Implementation of delay-coded neural networks, based on hybrid RBF-Spiking models, applied in dataset classifications (Implementarea reţelelor neurale cu codarea decalajelor impulsurilor, bazate pe modele neurale hibride de tip RBF-Spiking cu aplicare pentru probleme de clasificare de date),  EuroTrans Foundation, 2008  

Research projects - Team member


Projects funded by the Research Institute of the Sapientia Foundation:

  1. "Implementing neuro-adaptive systems on reconfigurable circuit". memeber, lead by dr. ing. Brassai S.T., Sapientia University, Tirgu-Mures (2008-2009)

  2. “Wavelet analysis based intelligent methods used in digital processing and interpreting of EKG signals”, member, lead by Prof. dr. ing. Székely Iuliu, Sapientia University, Tirgu-Mures (2005-2006)

  3. “Optimization of Hardware-implemented Spiking Artificial Neural Networks and Their Use in Control Applications”, member, lead by Prof. Dr. Laszlo David, Sapientia University, Tirgu-Mures (2004-2005)

  4. “Simulation and application of Spiking Artificial neural networks”, member, lead by Prof. Dr. Laszlo David, Sapientia University, Tirgu-Mures (2003-2004)

  5. “Modeling and simulation of neuromorphic artificial neuronal networks” and lead by Prof. Dr. Iuliu Szekely, Transilvania University of Brasov (2002-2003)

  6. “Deposition and microstructural characterization of the multilayered TiAlN nanocomposite coatings developed in graded composition by dc reactive magnetron sputtering process”, member, lead by Prof. Dr. Laszlo David, Sapientia University, Tirgu-Mures (2001-2002)

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