EBOOK
About
Master the construction of robust distributed systems with this technical roadmap, providing the large-scale algorithms and synchronization protocols needed to power a seamless, low-latency metaverse.
The metaverse is becoming an increasingly popular space for a number of industries, including gaming, healthcare, education, and social media. As the use of this technology grows, so do concerns about data management and privacy. This book is a discussion and analysis of this technology and the methods needed to construct and improve distributed systems in the metaverse. It discusses the creation of large-scale algorithms and protocols aimed at furthering interactions in immersive virtual environments. Through a clear explanation of the dependence on more efficient, secure, and distributed systems to support the metaverse, this book explains how data can be synchronized and securely stored across different platforms, allowing for real-time interconnectivity with relatively low delay in transfer. The book also takes a closer look at security and privacy concerns in distributed metaverse systems, including privacy-preserving methods, decentralized identity solutions, and sustainable methods of authentication. Providing case studies, simulation results, and real examples, this book offers a theoretical background with practical guidelines, enabling readers to address challenges and seize the potential of distributed systems in the metaverse.
The metaverse is becoming an increasingly popular space for a number of industries, including gaming, healthcare, education, and social media. As the use of this technology grows, so do concerns about data management and privacy. This book is a discussion and analysis of this technology and the methods needed to construct and improve distributed systems in the metaverse. It discusses the creation of large-scale algorithms and protocols aimed at furthering interactions in immersive virtual environments. Through a clear explanation of the dependence on more efficient, secure, and distributed systems to support the metaverse, this book explains how data can be synchronized and securely stored across different platforms, allowing for real-time interconnectivity with relatively low delay in transfer. The book also takes a closer look at security and privacy concerns in distributed metaverse systems, including privacy-preserving methods, decentralized identity solutions, and sustainable methods of authentication. Providing case studies, simulation results, and real examples, this book offers a theoretical background with practical guidelines, enabling readers to address challenges and seize the potential of distributed systems in the metaverse.