Flexible and Cognitive Radio Access Technologies for 5G and Beyond [electronic resource] / Hüseyin Arslan; Ertugrul Basar [Eds].
- Published:
- Stevenage : IET, 2020.
- Physical Description:
- 1 online resource (681 pages).
- Additional Creators:
- Arslan, Hüseyin and Basar, Ertu`rul
Access Online
- Series:
- Summary:
- The book has 19 chapters and is divided into 6 parts. The first part deals which is about Waveform design: an overview deals with Introduction to waveform design; OFDM and alternative waveforms; and Mixed numerology OFDM and interference issues. The second part which is about Flexible waveform and modulation options for beyond 5G covers Flexibility through hybrid waveforms; Generalized and flexible modulation options; and Index modulation-based flexible waveform design. The third part which is about Multiple antenna systems for 5G and beyond covers Massive MIMO for 5G and beyond; Beamforming and beam management in 5G and beyond; Spatial modulation techniques for beyond 5G; and Beyond massive MIMO: reconfigurable intelligent surface-assisted wireless communications. The fourth part which is about Channel modeling and new frequency bands covers Channel modeling for 5G and beyond; On the advances of terahertz communication for 5G and beyond wireless networks; and Visible light communication for 5G and beyond. The fifth part which is about Coexistence, interference and radio resource management covers Coordinated networks: past, present and future; Non-orthogonal radio access technologies; Cognitive radio spectrum sensing: from conventional approaches to machine-learning-based predictive techniques; and Deep learning and federate learning toward 6G mobile communications. The sixth part which is about Securing wireless communication deals with Physical layer security designs for 5G and beyond; and Physical layer security for NOMA systems.
- Subject(s):
- Antenna arrays
- Cell phone systems
- Cognitive radio networks
- Electromagnetic interference
- Machine learning
- Mathematical analysis
- Neural networks (Computer science)
- Prediction theory
- Radio
- Radio resource management (Wireless communications)
- Signal detection
- Signal processing
- Spectrum analysis
- Telecommunication systems
- Telecommunication—Data processing
- Telecommunication—Security measures
- 5G mobile communication
- 6G mobile communication
- antenna arrays
- array signal processing
- cognitive radio
- free-space optical communication
- learning (artificial intelligence)
- MIMO communication
- multi-access systems
- neural nets
- OFDM modulation
- prediction theory
- radio access networks
- radio spectrum management
- radiofrequency interference
- signal detection
- telecommunication computing
- telecommunication security
- waveform analysis
- wireless channels
- Other Subject(s):
- radio resource management
- coordinated networks
- nonorthogonal radio access technologies
- cognitive radio spectrum sensing
- machine-learning-based predictive techniques
- deep learning
- federate learning
- 6G mobile communications
- secure wireless communication
- physical layer security designs
- NOMA systems
- interference management
- visible light communication
- wireless networks
- terahertz communication
- frequency bands
- channel modeling
- reconfigurable intelligent surface-assisted wireless communications
- spatial modulation techniques
- beam management
- beamforming
- beyond massive MIMO
- multiple antenna systems
- index modulation-based flexible waveform design
- generalized modulation
- hybrid waveforms
- beyond 5G
- flexible modulation
- flexible waveform
- interference issues
- mixed numerology OFDM
- alternative waveforms
- waveform design
- cognitive radio access technology
- flexible radio access technology
- ISBN:
- 9781839530807
View MARC record | catkey: 32176275