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9.03.2022

      In response to the targeted collection organized by Poznań University of Tech-
      nology  and  the  Students’  Union  of  Poznan  University  of  Technology  (for  the
      families of our students and employees from Ukraine and for the Lviv Polytech-
      nic National University) the employees of the Institute of Radiocom-
      munications  collected  funds  and  purchased  two  radiotelephones
      (walkie-talkies) with a range of 10 km and a medical backpack fully
      equipped with an emergency kit (thermal blanket, bandages, band-
      aids,  disinfectants).  Radio  communication  equipment  with  fully
      charged batteries and an emergency kit was handed over to the col-
      lection point at the Sports Center of Poznań University of Technolo-
      gy, on the 9th of March, 2022. Thank you, donors!







           11.01.2022

      On January 11, 2022, the 22nd virtual meeting
      of the XCHANGING IDEAS - 5G Global Evolu-
      tion  series  took  place.  Prof.  Adrian  Kliks  was
      one  of  the  invited  speakers,  presenting  the
      idea  of  using  the  so-called  artificial  intelli-
      gence  "on  the  edge"  of  the  network  to  im-
      prove wireless communication in autonomous
      vehicle traffic.
      The  conference  in  the  form  of  a  webinar  is
      organized  periodically  every  month,  and  its
      purpose is to exchange innovative ideas, and
      concepts, and present the achievements in the
      field of 5G and 6G networks. The meetings are
      of international nature, and all previous editions are available as
      streaming  on  the  YouTube  channel,  which  has  almost  1.2  thousand.  subscrib-
      ers:  https://www.youtube.com/c/Global5GEvolution.  During  the  meeting,  prof.  Adrian  Kliks  pre-
      sented the concept of using artificial intelligence at the edge of the telecommunications network (Edge Intelli-
      gence)  for  the  autonomous  movement  of  vehicles  (convoys).  This  concept  is  being  studied  in  detail  in  the
      OPUS project "Wireless communication between vehicles in a convoy using rich contextual information and
      dynamic spectrum access". In particular, the use of Q-learning and Federated Learning methods for the dy-
      namic selection of communication channels was considered.
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