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4th Workshop on Green and Safe Computing and Communication (WS GreenCom)

In cooperation with:

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Background:

Computer and communication technologies are, on the one side, a mean for energy systems and grids control and instrumentation, power low management and safety ensuring. On the other side, hardware, software, computer systems and networks are weighty consumers of energy and other resources. Besides, ITs can create new deficits of safety and security.

Objective of the 4th WS GreenCom is to discuss the current issues of green (energy, power and resource as a whole) chips, computer systems, networks and IT-Infrastructures for safety, mission, business critical applications, and so called energy critical domains.

It also addresses topics such as modern and future challenges concerning regulation, modeling, assessment and development of green computer-based and communication systems.



Topics of the WS GreenCom:

  • Methodology and principles of green ITs.
  • Green IT-issues in safety (NPP I&Cs, on-board aviation systems, health equipment, railway and automotive systems), mission (space systems) and business (e-banking, Cloud-based systems, etc) critical domains.
  • Energy critical and modulated (EM) computing.
  • Green logic and FPGA in fault-tolerance context.
  • Energy efficient FPGA- and SW-based systems.
  • Adaptive Wireless-Based Computing and Communication for energy effective systems.
  • Smart grid safety and security assessment and assurance.
  • Educational issues of green computing and communication.
  • University and IT-industry cooperation in safety and energy critical domains.

  • Program Committee:

    • Kharchenko Vyacheslav, National Aerospace University KhAI, Kharkiv, Ukraine - co-chair
    • Levashenko Vitaly, University of Zilina, Slovakia - co-chair

    • Androulidakis Iosif, University of Ioannina, Greece
    • Barkalov Alexander, University of Zielona Gora, Poland
    • Brezhnev Eugene, National Aerospace University KhAI, Kharkiv, Ukraine
    • Drozd Alexander, National Polytechnical University, Odessa, Ukraine
    • Fusani Mario, ISTI-CNR, Pisa, Italy
    • Kukulis Theodoras, University of Ioannina, Greece
    • Maevskiy Dmitriy, National Polytechnical University, Odessa, Ukraine
    • Mokhor Vladimir, Pukhov Institute for Modeling in Energy Engineering, NASU, Kyiv, Ukraine
    • Richter Harald Technical University Clausthal, Germany
    • Rubanov Vasiliy, Belgorod State Technological University, Russia
    • Tverdokhlebov Vladimir, Institute of Control Problems, Academy of Science, Saratov, Russia
    • Tyurin Sergey, Perm Research Technical University, Russia


    Deployed and tech support: Ing. Jozef Kostolny