Flexible and Cognitive Radio Access Technologies for 5G and Beyond

Hüseyin Arslan is a professor with the Electrical Engineering Deptartment of the University of South Florida, Tampa, USA. He is also affiliated with the Communication, Signals Processing and Networking Center at Istanbul Medipol University, Turkey. In addition to his academic experience, he has worked for various wireless industry with different roles including research engineer and consultant. He has also served in the editorial board of several IEEE Transactions. Prof. Arslan is an IEEE Fellow.Ertuğrul Başar is an associate professor with the Department of Electrical and Electronics Engineering at Koc University, Istanbul, Turkey and director of the Communications Research and Innovation Laboratory (CoreLab). He is an editor of IEEE Transactions on Communications and Physical Communication, and a senior editor of IEEE Communications Letters. He is a senior member of the IEEE. Dr. Basar is the author/co-author of 120 international journal and conference publications covering next-generation wireless communication technologies.

• Part I: Waveform design: an overviewChapter 1: Introduction to waveform designChapter 2: OFDM and alternative waveformsChapter 3: Mixed numerology OFDM and interference issues Part II: Flexible waveform and modulation options for beyond 5GChapter 4: Flexibility through hybrid waveformsChapter 5: Generalized and flexible modulation optionsChapter 6: Index modulation-based flexible waveform design Part III: Multiple antenna systems for 5G and beyondChapter 7: Massive MIMO for 5G and beyondChapter 8: Beamforming and beam management in 5G and beyondChapter 9: Spatial modulation techniques for beyond 5GChapter 10: Beyond massive MIMO: reconfigurable intelligent surface-assisted wireless communications Part IV: Channel modeling and new frequency bandsChapter 11: Channel modeling for 5G and beyondChapter 12: On the advances of terahertz communication for 5G and beyond wireless networksChapter 13: Visible light communication for 5G and beyond Part V: Coexistence, interference and radio resource managementChapter 14: Coordinated networks: past, present and futureChapter 15: Non-orthogonal radio access technologiesChapter 16: Cognitive radio spectrum sensing: from conventional approaches to machine-learning-based predictive techniquesChapter 17: Deep learning and federate learning toward 6G mobile communications Part VI: Securing wireless communicationChapter 18: Physical layer security designs for 5G and beyondChapter 19: Physical layer security for NOMA systems