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6G Wireless Communications and Mobile Networking
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | , , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Sharjah :
Bentham Science Publishers,
2021.
|
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Cover
- Title
- Copyright
- End User License Agreement
- Contents
- Preface
- List of Contributors
- Explaining 6G Spectrum THz, mmWave, Sub 6, and Low-Band
- Xianzhong Xie1,*, Bo Rong2 and Michel Kadoch3
- THE SIXTH GENERATION MOBILE COMMUNICATION (6G)
- THE INEVITABILITY OF 6G RESEARCH
- The 10-year Cycled Rule
- "Catfish Effect"
- The Explosive Potential of IoT Business Models
- The 5G Performance Would Limit New IoT Applications
- INTERNATIONAL ORGANIZATION FOR STANDARDIZATION
- International Telecommunication Union (ITU)
- The Third Generation Partnership Project (3GPP)
- Institute of Electrical and Electronics Engineers (IEEE)
- 6G RESEARCH PROGRESS IN SOME COUNTRIES/REGIONS
- European Union
- United States
- Japan
- South Korea
- China
- 6G SPECTRUM COMPOSITION
- Spectrum Requirements for 6G
- SUB-6
- The Low Frequency Spectrum
- Added Spectrum of 6 GHz
- Capacity and Coverage
- The Spectrum Allocation of Sub-6
- Spectrum for 5G NR
- Spectrum Selection of Systems
- mmWAVE
- 6G mmWave Communication
- Advantages of mmWave
- Unlicensed mmWave Bands
- Spectrum Options for 6G
- Terahertz (THz)
- 6G Terahertz Communication
- Terahertz Spectrum
- Advantages of Terahertz
- Challenges in the Terahertz Bands
- Related Technology for Terahertz Communication
- SUMMARY
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES
- Millimeter Wave Communication Technology
- Aart W. Kleyn1, Wei Luo2,* and Bo Yin2
- INTRODUCTION
- CHARACTERISTIC AND APPLICATION OF MILLIMETER WAVE
- Characteristic of Millimeter Wave
- Usable Frequency Bandwidth and Large Information Capacity
- Short Wavelength in Millimeter Wave Band
- Significant Impact of the Atmosphere on Millimeter Wave Transmission
- Application of Millimeter Wave
- Millimeter Wave Communication System.
- Millimeter Wave Weapon
- Millimeter Wave Imaging Technology
- Millimeter Wave Radar
- MILLIMETER WAVE TECHNOLOGY IN MOBILE COMMUNICATION
- Millimeter Wave Propagation Model and Channel Model
- Large-scale Loss Propagation Model
- Small-scale Propagation Model
- Millimeter Wave Channel Model
- MiWEBA Channel Model
- METIS Channel Model
- New York University Channel Model
- mmMAGIC Channel Model
- 5GCM Channel Model
- 3GPP High Frequency Channel Model
- Shortage of Existing Millimeter Wave Channel and Its Future Development Trend
- The Waveform of Millimeter Wave in Mobile Communication
- Performance of Candidate Waves in High Frequency Band of Mobile Communication
- The Influence of RF Link on Millimeter Wave Waveform Signal
- Massive MIMO for Millimeter Wave Communication
- Basic Architecture of Millimeter Wave Massive MIMO
- Current Research Direction
- Hybrid Beamforming in MIMO
- Millimeter Wave Network Backhaul Technology in Mobile Communication
- Millimeter Wave Backhaul Network Architecture
- Millimeter Wave Network Backhaul Technology
- 5G NR Technology
- Self-Backhaul Technology
- Small Base Station Backhaul Technology
- Key Technologies for mmWave Network Backhaul
- Effective Spatial Reuse
- Efficient Path Establishment
- Reasonable Resource Allocation
- Convenient Access Network Cache
- Millimeter Wave Network Technology in Mobile Communications
- Ultra-Dense Network
- Key Technology of Network
- Virtual Layer Technology
- Multi-Connection Technology
- Anti-Interference Management
- Wireless Return Method
- Problems Faced by Network
- System Interference
- System Cost and Energy Consumption
- Low-Power Base Station
- UDN Deployment Plan
- Deployment Plan
- Deployment Architecture
- MAIN COMPONENTS OF MILLIMETER WAVE COMMUNICATION
- Filter
- ADC/DAC
- Oscillator
- Power Amplifier
- SUMMARY.
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES
- Antenna Evolution for Massive MIMO
- Min Wang1,* and Brian D. Gerardot2
- INTRODUCTION
- OVERVIEW OF ANTENNA IN WIRELESS COMMUNICATION
- Evolution of Base Station Antenna
- Wide Band Antenna
- Miniaturization Technology for Base Station Antenna
- Active Base Station Antenna System
- Multiple Beam Antenna System
- Development of User Equipment Antenna
- Electromagnetic Decoupling of Antenna Elements
- Design of Integrated Antenna
- Requirements of Communication Technology on Antenna Technology
- Development Trends of Massive MIMO Antenna for 6G
- Massive MIMO for 6G
- Principle of Massive MIMO
- Fundamental Theory of Massive MIMO
- RIS-Aided Wireless Communications
- A. Capacity Rate Enhancement
- B. Power Optimizations
- C. Channel Estimation
- D. Deep Learning-Based Design
- E. Secure Communications
- F. Terminal-positioning and Other Novel Applications
- MASSIVE MIMO ANTENNA FOR MOBILE COMMUNICATIONS
- Massive MIMO Antenna Array Design and Synthesis
- Massive MIMO Antenna Decoupling Technology
- Large-Scale Antenna Beamforming Technology
- Null-notch Beamforming Algorithm Based on LMS Criterion
- DESIGN OF FEED NETWORK AND RF FRONT-END
- Feeding Technology of Base Station Antenna
- Design of RF Front-End for Large-Scale Active Antenna
- ANTENNA SELECTION TECHNOLOGY
- Antenna Selection Criteria and Classification
- Optimal Antenna Selection Algorithm
- Incremental Antenna Selection Algorithm
- Decreasing Antenna Selection Algorithm
- MEASUREMENT TECHNOLOGY OF MASSIVE MIMO ANTENNA
- OTA Testing Requirements for Massive MIMO Antenna
- Near-Field and Far-Field Measurement
- Far-Field Test
- Near-Field Test:
- OTA Testing Process
- SUMMARY
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES.
- Terahertz Technology Applied in Mobile Communications
- Anthony J. Vickers1 and Jia Ran2,*
- INTRODUCTION
- TERAHERTZ TECHNOLOGIES
- Terahertz Wave
- Terahertz Devices
- Terahertz Sources
- Terahertz Modulators
- Terahertz Amplitude Modulator
- Terahertz Phase Modulator
- Terahertz Antennas
- Terahertz Detectors
- Applications
- Imaging
- Spectral Analysis
- Communications
- Difference with Other Communications
- TERAHERTZ WIRELESS COMMUNICATIONS
- Terahertz Wireless Communication Systems
- Solid State System
- Direct Modulation System
- Key technologies in Terahertz Communications
- Transceiver
- Pure Electronic Devices
- Optical Heterodyne Method
- Semiconductor Laser
- Detector
- Direct Detection Terahertz Receiver
- Superheterodyne Detection Receiver
- Beamforming and Beam Tracking
- Path Loss, Noise, Capacity
- Transmission Loss and Noise
- Reflection Loss
- Scattering Loss
- Channel Cavity
- Terahertz Channel Model
- Outdoor Channel Model
- Indoor Channel Model
- Ray Tracing
- Terahertz Wireless Mobile Communications
- WPAN and WLAN
- VR
- Directional Networks
- Secure Communications
- SUMMARY
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES
- Intelligent Network Slicing Management and Control for 6G Mobile Networks
- Fanqin Zhou1,* and Mohamed Cheriet2
- INTRODUCTION
- NETWORK SLICING AND ITS NEW REQUIREMENTS FOR 6G
- The Concept of Network Slicing
- Network Slicing Management in 5G
- Requirements of 6G Network Slicing
- Flexibility and Scalability in the Slicing Management Architecture
- Efficient Resource Allocation and Orchestration
- Adaptive Service Function Chaining and Recursion
- SON-DRIVEN NETWORK SLICING FOR 6G NETWORKS
- SON-driven Network Slicing Management Architecture
- Management Process in SON-driven NSMA.
- Prediction-based Robust Dynamic Slicing
- 1) Scaling
- 2) Remapping
- 3) Appending
- CASE STUDY AND NUMERICAL EVALUATIONS
- Case Study
- Numerical Results
- SUMMARY
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES
- Applications and Implementations of 6G Internet of Things
- Tao Hong1,* and Fei Qi2
- INTRODUCTION
- Internet of Things
- THE IMPACT OF IOT APPLICATION REQUIREMENTS ON 6G
- NEW FEATURES OF VEHICULAR IOT APPLICATIONS
- VEHICULAR IOT DEMANDS MORE THAN 5G
- THE CONCEPT AND VISION OF 6G MASSIVE IOT
- The Development Of Massive Iot Concepts
- 5G Massive IoT
- B5G/6G Massive IoT
- Main Features of 6G Massive IoT
- Typical Scenarios andamp
- Applications
- THE CHALLENGE AND POTENTIAL TECHNOLOGIES OF 6G VEHICULAR IOT
- Challenges for Vehicular IoT to be Addressed in 6G
- Coexistence and Cooperation of Diverse RATs For Optimized CV2X
- Convergence of Sensing, Computing, Communication, Caching, and Control
- Vehicular IoT Technical Verifications and Testing
- Promising Technologies of 6G IoT
- SUMMARY
- CONSENT FOR PUBLICATION
- CONFLICT OF INTEREST
- ACKNOWLEDGEMENTS
- REFERENCES
- Cloud/edge Computing and Big Data System with 6G
- Peng Yu1,* and Lei Shi2
- CLOUD COMPUTING WITH 6G
- The Development and Characteristics of Cloud Computing
- BASIC CONCEPTS OF CLOUD COMPUTING
- Private Cloud
- Community Cloud
- Public Cloud
- Hybrid Cloud
- NEW APPLICATION OF CLOUD COMPUTING IN 6G ERA
- SENSING AND POSITIONING IN 6G ERA WITH CLOUD
- THE PLACEMENT OF SLICE-SPECIFIC FUNCTION IN CLOUD
- THE CONTRIBUTION OF CLOUD COMPUTING FOR MOBILE COMMUNICATIONS IN 6G
- APPLICATION OF EDGE COMPUTING
- The Emergence of MEC
- The Advantages and Disadvantages of MEC
- The Advantages of MEC
- The Disadvantages of MEC
- Edge Computing in 6G Era
- Concept and Vision of 6G.