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Full Description
Billions of wireless applications are proliferating in the global space. The novel wireless systems to support these applications need to satisfy several user-defined metrics to ensure quality of physical experience, quality of service, low latency and ultra-high reliability. Enabling technologies are being developed in order to meet these rate-hungry requirements.
Managing these complex wireless and computing resources requires a proactive analysis of the core wireless systems, especially in the metaverse, which is a virtual model of the physical world systems. The metaverse concept is intended to be self-sustainable and facilitates the seamless operation of wireless systems at minimal operational costs for the efficient management of wireless system resources. It is gaining widespread popularity using technologies such as advanced optimization theory, digital twins, virtual reality, machine learning, and blockchain.
This book presents a comprehensive overview of advanced metaverse wireless communication systems. The authors highlight the technology enablers and critical design aspects, emphasize how the metaverse can support wireless systems but also show how wireless systems can empower the metaverse. They address critical concerns covering theoretical analysis, novel system architecture design and new implementation methodologies, emerging application scenarios, experimental frameworks, and reliability, security, privacy, technical, and ethical considerations, viable solutions, as well as open challenges, the social impacts of the metaverse concept and future perspectives.
Offering a range of international perspectives from researchers in the field, this book is intended for researchers from academia and industry, and scientists, engineers, lecturers and advanced students in the fields of wireless and mobile communications, networking, computing, data science, AI/ML/DL, multimedia, haptics, sensing, CPS and immersive technologies.
Contents
Chapter 1: Advanced wireless communication techniques and the metaverse
Chapter 2: Key enablers of metaverse wireless communication
Chapter 3: Enhancing machine learning accuracy in the metaverse: overcoming noise and error in object counting systems
Chapter 4: Communication-control co-design for closed-loop metaverse
Chapter 5: Location-based real-time utilization of reconfigurable intelligent surfaces for mmWave integrated communication and sensing in full-immersive multiuser Metaverse scenarios
Chapter 6: Preamble parallelization-based random access management for heterogeneous IoT system in metaverse
Chapter 7: Scalable metaverse-based wireless ecosystem: networked economic valuations
Chapter 8: Toward a secure metaverse: crafting cutting-edge algorithm for protected data analysis
Chapter 9: Exploring zero-knowledge proofs in the metaverse: applications and challenges
Chapter 10: Blockchain applications in metaverse environments: new horizons
Chapter 11: Blockchain-based security and privacy solutions for metaverse-assisted wireless communication systems
Chapter 12: Federated learning for the metaverse: leveraging artificial intelligence for enhanced data privacy and efficiency
Chapter 13: Advancing metaverse security with cryptographic innovations
Chapter 14: Cryptography in the metaverse: advanced protocols for secure communication
Chapter 15: Differentially private human interactions for the real world and the metaverse
Chapter 16: Transforming ageing in the metaverse: embracing virtual communities for enhanced well-being and empowerment
Chapter 17: Wireless tools for neuromarketing and neuromanagement in the metaverse
Chapter 18: Legal perspectives of the International Scientific Sandbox Metaverse: technologies and foresights for digital transformation
Chapter 19: Societal impacts of advanced metaverse wireless communication systems
Chapter 20: Advanced metaverse wireless communications: future perspectives and research directions
