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Design and Analysis of Green and
Sustainable IoT Technologies for Future

Design and Analysis of Green and Sustainable IoT Technologies for Future Wireless Communications

Massive MIMO in Practice: From 5G/5G-Advanced to 6G (2nd edition of the previously titled Advanced Antenna Systems for 5G Network Deployments: Bridging the Gap between Theory and Practice) provides a theoretical introduction to Massive MIMO as well as presenting how it can meet network performance requirements for commercial deployment. Features include:A thorough understanding of: <ul><li>Array antennas and how they can be used for beamforming, null-forming and support for MIMO features</li><li>Massive MIMO features and how they work, with a particular focus on mobile networks and the specifics relevant for mobile network operation, e.g. characteristics of the radio channel in different environment and how Massive MIMO solutions adapt to these</li><li>A detailed walk-through of the 3GPP physical layer support for Massive MIMO solutions, the background for this support and how it can be used in mobile networks</li><li>Explanations of what performance can be achieved in commercially deployed mobile networks for: different antenna configurations; different Massive MIMO features; different network deployment environments</li><li>An introduction to millimeter Wave solutions with a focus on the specifics of wave propagation and the corresponding technology solutions</li><li>Regulatory aspects which are new and specific to Massive MIMO operation</li><li>Product architecture and implementation aspects that provide cost efficient and flexible operation</li></ul> New to this edition:More detail on the practical use of Massive MIMO in commercial mobile networks, specifically how to choose solutions, including antenna configuration and suitable Massive MIMO features, for cost efficient operation depending on traffic and environmental conditions <ul><li>A new chapter on how to put the complete Massive MIMO solution together: hardware solutions, features and use of spectrum</li><li>Outlines promising Massive MIMO solutions to be deployed in the future</li><li>Inclusion of 3GPP’s Rel. 17 and Rel. 18 updates</li><li>Recent regulatory issues of high general interest</li><li>Practical aspects of network planning, deployment and operation</li><li>Examples of other applications of Massive MIMO: satellites, drones and WiFi</li><li>Outlines the path Massive MIMO can play to achieving 6G</li></ul>

From 5G to 6G

Massive MIMO in Practice

Accelerating the Adoption of IoT: A Fog Computing Paradigm to Build and Deploy Cost–Effective IoT So lutions

A free ebook version of this title is available through Luminos, University of California Press's Open Access publishing program. Visit www.luminosoa.org to learn more. What if we could start over and build the internet from scratch? How could it be rebuilt or reimagined as more equitable and just? For more than eight years, Britt S. Paris investigated alternative internet infrastructure projects, conducting interviews, site visits, and policy analysis. In this expansive and interdisciplinary study, Paris critically examines the myriad and contradictory promises, utility, and obstacles to building a completely new internet.&nbsp;Radical Infrastructure locates and analyzes the boundaries of how people and groups imagine, build, deploy, maintain, and use the internet as they survive-and even dare to thrive in-challenging political, economic, and environmental contexts. Ultimately, Paris encourages active reflection among scholars, policymakers, and activists and reveals more grounded imaginaries, tactics, and opportunities for future people-centered projects.

Imagining the Internet from the Ground Up

Radical Infrastructure

Learn to secure, build, implement, and test future blockchain applications Blockchain was originally introduced in the crypto-currency of Bitcoin in order to keep track of transactions over a peer-to-peer network to prevent the double-spending of bitcoin. This distributed ledger technology, however, has developed a reputation as a disruptive technology for the transfer of values and disintermediation. Despite this reputation, blockchain is, simply, at its core, a data structure-in this case, a cryptographic hash chain of blocks of transactions-continually replicated and maintained in a distributed manner by a peer-to-peer network of hosts. Together they decide through a specific consensus protocol, what transactions can be registered or added to the blockchain. Blockchain Application Security introduces the reader to the architecture and components of blockchain, as well as blockchain and bitcoin protocol, aimed at a basic level of understanding of the technical perspective. The book discusses the benefits, the vulnerabilities, and even the design flaws found in blockchain applications. It also teaches how to manage the risks of blockchain by deciding how digital assets, data confidentiality, and data availability should be protected from unauthorized access. Blockchain Application Security readers will also find: <ul> <li>An exploration of source code and core APIs relevant to blockchain</li> <li>A glossary of common terminology used for blockchain</li> <li>Real cases of blockchain applications to illustrate points</li></ul>Blockchain Application Security is an ideal resource for application architects, software developers, security auditors, and vulnerability testers of enterprise-based blockchain applications.

How to Design Secure and Attack Resilient Blockchain Applications

Blockchain Application Security

Drone Technology: Future Trends and Practical Appl ications

Learn the ins and outs of Wi-Fi, Bluetooth, and Long Range wireless technologies through practical, step-by-step projects using Raspberry Pi and other inexpensive hardware. Wireless networking combines two complex technologies—networking and radio frequencies—making it a challenging yet rewarding area to explore. The Wireless Cookbook provides those skills through a hands-on, project-based approach designed for hobbyists, educators, and Linux enthusiasts. This book uses accessible step-by-step recipes to teach readers about Wi-Fi, Bluetooth, and Long Range (LoRa) technologies through practical, feature-rich projects built with Raspberry Pi and other single-board computers (SBCs). Each chapter presents a self-contained project, guiding readers from foundational concepts to real-world applications as they gain fluency in Python and essential Linux tools, all while uncovering the capabilities of modern SBCs. Unlike theoretical guides, The Wireless Cookbook emphasizes functional, customizable projects you can use in daily life or expand into your own creations, providing the knowledge and confidence to experiment with cutting-edge technologies. Covers the fundamentals of the 802.11 wireless (Wi-Fi) protocol, Bluetooth Low Energy (BLE), Long Range (LoRa) wireless, and the LoRaWAN protocol in depth.

Learn the ins and outs of Wi-Fi, Bluetooth, and Long Range wireless technologies through practical, step-by-step projects using Raspberry Pi and other inexpensive hardware. Wireless networking combines two complex technologies—networking and radio frequencies—making it a challenging yet rewarding area to explore. The Wireless Cookbook provides those skills through a hands-on, project-based approach designed for hobbyists, educators, and Linux enthusiasts. This book uses accessible step-by-step recipes to teach readers about Wi-Fi, Bluetooth, and Long Range (LoRa) technologies through practical, feature-rich projects built with Raspberry Pi and other single-board computers (SBCs). Each chapter presents a self-contained project, guiding readers from foundational concepts to real-world applications as they gain fluency in Python and essential Linux tools, all while uncovering the capabilities of modern SBCs. Unlike theoretical guides, The Wireless Cookbook emphasizes functional, customizable projects you can use in daily life or expand into your own creations, providing the knowledge and confidence to experiment with cutting-edge technologies. Covers the fundamentals of the 802.11 wireless (Wi-Fi) protocol, Bluetooth Low Energy (BLE), Long Range (LoRa) wireless, and the LoRaWAN protocol in depth.

Practical Wi-Fi, Bluetooth, and LoRa Projects

The Wireless Cookbook

Blockchain and Digital Twins for Smart Healthcare describes the role of blockchain and digital twins in smart healthcare, covering the ecosystem of the Internet of Medical Things, how data can be gathered using a sensor network, which is securely stored, updated, and managed with blockchain for efficient and private medical data exchange. Medical data is collected real-time from devices and systems in smart hospitals: the internet of medical things. This data is integrated to provide insight from the analytics or machine learning software using digital twins. Security and transparency are brought through a combination of digital twin and blockchain technologies.

Blockchain and Digital Twin for Smart Hospitals

Fully illustrated and accessible reference covering the background, current state, and future opportunities for wind energy development Wind Energy Landscape presents a comprehensive treatment of wind energy history, principles, and techniques as well as environmental, health, aesthetic, social, and political impacts. Focusing primarily on the European and North American markets with additional reviews from Asia, this book enables readers to gain a practical overview and understanding of modern wind energy, supported by in-depth case studies throughout. Fully illustrated with maps, satellite images, drawings, and photographs taken on the ground or via kite aerial photography, this book disproves many myths about wind energy--such as by demonstrating that wind farms may exist in rural land or offshore settings with minimal impacts--and promotes the radical-middle approach for integrated and evolving energy resources in which wind power has come to play a prominent role. The authors suggest that wind power in global energy development should be given prominent treatment, particularly for renewable, non-polluting energy sources. Wind Energy Landscape discusses topics including: <ul> <li>History of wind energy electricity generation through the late 19th and 20th centuries</li> <li>Environmental and aesthetic issues, including impacts on wildlife such as birds and bats as well as visibility and turbine noise</li> <li>Public policy for wind energy, covering subsidies, financial and import-export incentives, feed-in tariffs, local-content requirements, and R&amp;D investments</li> <li>Energy production and consumption of wind energy in comparison to nuclear energy, solar energy, and hydro and tidal energy, as well as fossil fuels including coal, oil, and natural gases</li> <li>An accompanying website includes news, updates, and more. Available at http: //www.geospectra.net/kansas_wind/ks_wind.htm.</li> </ul> Bridging the gap between advanced engineering and popular books, Wind Energy Landscape is an essential reference on the subject for students in introductory courses on electrical, mechanical, and aerodynamic engineering, engineers working with renewable and sustainable energy, and public policy makers.

The Wind Energy Landscape: Principles, Techniques, History

Advances in Augmented Reality and Virtual Reality

Principles, Advances and Applications of OTFS

Delay Doppler Communications and Sensing

Vital information on AI, ML, and 5G, and implementing these topics for cellular network design and optimization AI for Design and Optimization of Cellular Networks focuses on the intersection of cellular communications and AI, discussing current advances, key concepts, challenges, opportunities, and lifecycle management. Divided into two parts, the first part provides the background of AI and cellular communications, exploring the challenges that are associated with creation, deployment, operation, and maintenance of systems for the design and optimization of cellular networks. The second part explains the process of network planning, design, and optimization of cellular networks, including examples and use cases in each area. The second part also discusses the application of AI to energy saving, the challenges that operators face, and a glimpse of future trends for AI, cellular networks, and their related NDO (Network Design and Optimization) activities. The book also includes coverage of AI-powered design technologies, performance characterization of advanced antenna systems, propagation predictions, and more. With heavy contribution from industry professionals at Ericsson, AI for Design and Optimization of Cellular Networks includes detailed information on: Evolution of cellular communications from the early GSM days until today, with special emphasis on the arrival of 5G and its implications compared with LTESupervised, unsupervised, semi-supervised, and reinforcement learning with an intuitive focus, covering their distinctive characteristicsDifferent types of digital twins, their fundamental properties, their suitability for design and optimization of cellular networks, and using them together with AI techniquesTransition from traditional network performance management and operations towards an AI-driven combination of control loops An informed and timely exploration of key developments and challenges by those who work on the frontline, AI for Design and Optimization of Cellular Networks is an essential resource for professionals working in cellular communications and AI, providing a one-of-a-kind blend of practical and theoretical information.

AI for Design and Optimization of Cellular Networks

Digital Twin and Blockchain for Sensor Networks in Smart Cities explores how digital twins and blockchain can be used in the functioning of the smart city. The book is divided into five sections. Section 1 focuses on the fundamental concepts of blockchain and digital twin for sensor networks in the smart cities, while section 2 describes their promising applications for managing the regular operations and services. Sections 3 and 4 deal with their applications for safe and healthy cities, respectively. The last section covers other promising applications and future perspectives of blockchain and digital twin in the urban environment. Big data from wireless sensor networks in the smart city can be integrated to accommodate the exchanging of real-time data between citizens, governments, and organizations. Blockchain technology can provide high security for large communications and transactions between many stakeholders in smart cities. Digital twins provide the use of physical models/wireless sensor networks/historical data of city operation to integrate big information under multi-discipline, multi-physical quantities, multi-scale, and multi-probability conditions.

Digital Twin and Blockchain for Sensor Networks in Smart Cities

Design and Analysis of Green and Sustainable IoT Technologies for ...

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