Please be invited for a short tutorial seminar on 6G programmable networks and 6G experimentation, with speakers from IS-Wireless.

 1. Programmable 6G networks - the 6G-SANDBOX capabilities overview: Presented by Dr. Adam Flizikowski - 30 Min

2. SUstainable federatioN of Research Infrastructures for Scaling-up Experimentation in 6G: Presented by Dr. Arifur Rahman - 30 min

Speakers

Dr. Flizikowski:  Dr. Adam Flizikowski holds the position of Head of R&I team within the company, has 20 years of commercial experience in cellular systems (incl. 4G, 5G) and especially topics of RRM techniques (admission, congestion) supported by AI/ML algorithms. He is leading the research team of ISRD, he managed EC R&D projects on the company side e.g. Chips JU BRAINE (workload prediction/placement optimization for edge DC), SANDBOX-6G (programmable 6G RAN), Chips JU SMARTY (security driven RAN scaling).  He holds an MSc’00 from telecommunications and PhD’23 on admission control in future wireless systems. He is author (and co-author) of more than 70 papers from different topics in wireless communications, cyber security and adaptive multimedia systems. Since 2010 he has been supervising the team of wireless researchers, being active in performing the research activities, and throughout his career co-supervised 50 MSc students. He manages the IPR process at the company. He holds the Prince2 (Fundation, Practitioner) and ITILv3 (Foundation) certificates.

Dr. Arifur Rahman: Dr. Arifur Rahman is Lead Researcher focusing on leading the research process and developing the research roadmap for the company. He holds a PhD degree in Electrical Engineering from the University of Ulsan, South Korea in 2019. Before he joins in IS-Wireless, he works as a postdoctoral researcher at CentraleSupelec, Campus of Rennes, France and contribute in a ANR funded Enhanced Physical Layer for Cellular IoT (EPHYL) project and develop radio resource management algorithm for multi-cell NB-IoT network scenario. He was a co-supervisor of Master students in the area of cooperative relaying in NOMA techniques with 2 years of experience during his PhD degree. His current research interests include cell-free mMIMO, cloud computing in 5G networks, multi-access edge computing, virtual radio access networks, AI application in wireless communications, digital twins, and emerging technologies in wireless communications.

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