Optimizing radio access for massive iot in 6g through highly dynamic cooperative software-defined sharing of network resources

HIGHLIGHTS

• What: The experiments showed how the proposed scheme can improve network resource allocation by up to 80%. Specifically, the authors aim to tackle the 2 of 25 problem of access in future 6G networks by applying the concept of a sharing economy. The authors propose a high-level architecture that can scale to the required density level for a massive IoT. The authors provide an accurate analysis of the proposed system in terms of transparency and accountability.
• Who: Faycal Bouhafs and collaborators from the School of Systems and Computing, University of New South Wales, Canberra . . .
  

   

  

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